HADI 7276001727 [email protected] INNOVATIVE ... · Vehicular Clouds. (IEEE 2014) The...

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HADI 7276001727 [email protected]

MOHSIN 7276003727, Office Phone 02065281727 [email protected] Address: Flat No.5, 2nd Floor, Akshay Center Building, Near Mac Donald, Opp. to ABC Nirman Building, Laxman Nagar, Dange Chowk, Chichwad. 411033

INNOVATIVE PROJECT IDEAS

No. Project Title Project Description Approx.

Cost

1 Automated Irrigation

System Using a Wireless

Sensor Network and

GPRS Module. (IEEE

JAN-2014)

An automated irrigation system was developed to

optimize water use for agricultural crops. The

system has a distributed wireless network of soil-

moisture and temperature sensors placed in the

root zone of the plants. In addition, a gateway

unit handles sensor information, triggers

actuators, and transmits data to a web application.

An algorithm was developed with threshold

values of temperature and soil moisture that was

programmed into a microcontroller-based

gateway to control water quantity. The system

was powered by photovoltaic panels and had a

duplex communication link based on a cellular-

Internet interface that allowed for data inspection

and irrigation scheduling to be programmed

through a web page.

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2 Hand gesture

Recognition Based

Digital pen.

Accelerometer based gesture recognition method

for Digit Recognition. Accelerometer based

gesture recognition is one of the widely

implemented method in the recognition scenario.

We have implemented a 3D input digital pen

which works on tri-axial accelerometer to

sense human gesture. This digital pen

embedded with tri-axial accelerometer,

microcontroller, RF wireless transmitter module.

The tri-axial accelerometer measure acceleration

signal along the entire 3 axis. Accelerated signal

process through microcontroller and serially

transmitted through RF transmitter which can be

received at remote place RF receiver. With the

help of MATLAB tool feature vector are

generated from received accelerated signal using

zero crossing detector & range to recognize

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handwritten numeric digit and PNN classifier

technique for the best accuracy purpose.

3 Internet of things

technology applied in

hospital room

monitoring.

In this project, we have reported an effective

implementation for IoT used for monitoring

patients in hospital by means of low cost

ubiquitous sensing system.

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4 Patient Monitoring

System for Foot

Neuropathy with ECG

recorder.

A patient monitor may not only alert care givers

to potentially Life-threatening events; many

provide physiologic input data used to control

directly connected life-support devices. Foot

Neuropathy is a serious medical disorder and can

be prevented by the early detection of abnormal

pressure patterns under the foot. By a sending

imperceptible vibration through the feet of

Parkinson’s disease (PD) patients significantly

improves the damaged nerves and stimulates

blood flow. In this we collect ECG, Temperature

and foot neuropathy sensors data from patient and

send it through RF to PC. In PC there is Visual

basic application in that we show the ECG graph

and other sensors data.

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5 An innovative non-

intrusive driver

assistance system for

vital signal monitoring.

(IEEE-2013)

This project describes an in-vehicle non–intrusive

bio-potential measurement system for driver

health monitoring & fatigue detection. Previous

research has found that the physiological signals

including eye features, (ECG),

Electroencephalography (EEG) and their

secondary parameters such as HR and HRV are

good indicators of health state as well as driver

fatigue. A conventional bio- potential

measurement system requires the electrodes to be

in contact with human body. This not only

interferes with the driver operation, but also is not

feasible for long-term monitoring purpose. The

driver assistance system in this paper can

remotely detect the bio-potential signals with no

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physical contact with human skin. With delicate

sensor and electronic design, ECG, EEG, and eye

blinking can be measured.

6 Portable camera-based

assistive text and product

label reading from hand-

held objects for blind

persons. (IEEE JUNE-

2014)

In this project, we propose a camera-based

assistive text reading framework to help blind

persons read text labels and product packaging

from hand-held objects in their daily lives. To

isolate the object from cluttered backgrounds or

other surrounding objects in the camera view, we

first propose an efficient and effective motion-

based method to define a region of interest (ROI)

in the video by asking the user to shake the

object. This method extracts moving object

region by a mixture-of-Gaussians-based

background sub-traction method. In the extracted

ROI, text localization and recognition are

conducted to acquire text information. To

automatically localize the text regions from the

object ROI, we propose a novel text localization

algorithm by learning gradient features of stroke

orientations and distributions of edge pixels in an

Adaboost model.

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7 Implementation of a web

of things based smart

grid to remotely monitor

and control renewable

energy sources. (IEEE

2014)

This paper describes a Smart Grid architecture

implemented with the help of Web of Things

.Web of Things comprise of a set of Web services

provided on top of a number of Internet enabled

Embedded devices .The Web browser on any

computer can act as an interface to the services

provided by these Web of Things.

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8 Internet of Vehicles from

Intelligent Grid to

Autonomous Cars and

Vehicular Clouds. (IEEE

2014)

The vehicle has been the extension of the man’s

ambulatory system, docile to the driver’s

commands. Recent advances in communications,

controls and embedded systems have changed this

model, paving the way to the Intelligent Vehicle

Grid. The car is now a formidable sensor

platform, absorbing information from the

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environment [and from other cars] and feeding it

to drivers and infrastructure to assist in safe

navigation, pollution control and traffic

management. The Internet of Autonomous

Vehicles. The Internet of Vehicles will be a

distributed transport fabric capable to make its

own decisions about driving customers to their

destinations. Like other important instantiations

of the Internet of Things [e.g., the smart

building], the Internet of Vehicles will have

communications, storage, intelligence, and

learning capabilities to anticipate the customers’

intentions.

9 Application of RFID

Technology and the

Maximum Spanning

Tree Algorithm for

Solving Vehicle

Emissions in Cities on

Internet of Things.

The proportion of air pollution which is caused by

the cars is increasing. In this project, a wireless

inspection and notification system (WINS)

through the concept of 0Internet of Things (IoT)

is proposed. By applying the system, it is possible

to smoothly realize a green traffic network. In this

system, Radio frequency identification (RFID)

technology as a low-cost and mature wireless

communication method is adopted to collect and

transmit emissions information of vehicles. The

RFID devices need to be installed on the traffic

lights so that reliable reading of emissions signals

from a vehicle can be interrogated when the

vehicles stop in front of the red light.)

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10 Towards Highly

Automated Driving in

Parking Garage General

Object Localization and

Tracking Using an

Environment-Embedded

Camera System. (IEEE

JUNE-2014)

In this project, we present a new indoor

positioning and environment perception system

for generic objects based on multiple surveillance

cameras. In order to assist highly automated

driving, our system detects the vehicle’s position

and any object along its current path to avoid

collisions. Its main target is to detect and track

vehicles and secondary objects along its current

path. Due to the lack of GPS information and

non-sufficient on-board vehicle sensors an

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infrastructural system which communicates with

the autonomously driving car has to be precise,

reliable and real-time capable. If an object crosses

the path of the vehicle, the system has to raise a

warning to avoid a collision. Because arbitrary

objects (e.g., other vehicles, small / tall humans,

bicycles, or animals) should be recognized by the

system, size and shape constraints are ignored.

11 WSN-Based Smart

Sensors and Actuator for

Power Management in

Intelligent Buildings.

(IEEE 2014)

The system principally monitors electrical

parameters of household appliances such as volt-

age and current and subsequently calculates the

power consumed. The novelty of this system is

the implementation of the control-ling mechanism

of appliances in different ways. The developed

system is a low-cost and flexible in operation and

thus can save electricity expense of the

consumers. Implementation of a Safety System

using IR and Ultrasonic Devices for Mobility

Scooter Obstacle collision avoidance.

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12 Exploring Energy

Efficient Architectures

in Passive Wireless

Nodes for IoT

Applications. (IEEE

MAY-2014)

Internet of Things [IoT] is a rising technological

phenomenon that enables the connections of the

physical and the computing worlds forming the

next link in the chain of ubiquitous

communication. The human-human to human-

thing to thing-thing [also known as (machine-to-

machine)] communication paradigms is part of

the IoT information revolution. This new IoT

network paradigm is an intelligent way of

connecting existing devices with new devices

through radio sensing or identifying technologies

such as Radio Frequency Identification (RFID) or

sensor networks. Each device node collects,

transmits and processes sensor data and transmits

back to the central node through various network

interfaces.

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13 Low Power Audio

frequency magnetotullric

(AMT) Acquisition

Network Based on

Zigbee and GPS. (IEEE

2014)

We design and realize a low power AMT

acquisition network based on Zigbee, GPS and

ARM based embedded control system. Each

AMT acquisition unit is composed of power

supply module, GPS module, ARM module, and

data acquisition module. The power supply

module is controlled by the GPIO of the Zigbee

Pro module. Power supply for GPS module,

ARM module, data acquisition module, and

induction coils can be switched on or off remotely

by Zigbee network. The GPS module offers

clocks and timing signals for the data acquisition

module.

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14 Flexible Indoor

Localization and

Tracking Based on a

Wearable Platform and

Sensor Data Fusion.

(IEEE APRIL-2014)

Indoor localization and tracking of moving

human targets is a task of recognized importance

and difficulty. In this paper, we describe a

position measurement technique based on 0the

fusion of various sensor data collected using a

wearable embedded platform. Since the

accumulated measurement uncertainty affecting

inertial data [especially due to the on-board

accelerometer] usually makes the measured

position values drift away quickly, a heuristic

approach is used to keep velocity estimation

uncertainty in the order of a few percent.

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15 A Configurable and

Low-Power Mixed

Signal SoC for Portable

ECG Monitoring

Applications. (IEEE

APRIL-2014)

This project describes a mixed-signal ECG

System-on-Chip that is capable of implementing

configurable functionality with low-power

consumption for portable ECG monitoring

applications. A low-voltage and high performance

analog front-end extracts 3-channel ECG signals

and single channel electrode-tissue-impedance

(ETI) measurement with high signal quality. This

can be used to evaluate the quality of the ECG

measurement and to filter motion artifacts.

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16 An Enhanced Fall

Detection System for

Elderly Person

monitoring using

Consumer Home

Networks. (IEEE 2014)

Various fall-detection solutions have been

previously proposed to create a reliable

surveillance system for elderly people with high

requirements on accuracy, sensitivity and

specificity. In this paper, an enhanced fall

detection system is proposed for elderly person

monitoring that is based on smart sensors worn on

the body and operating through consumer home

networks. With treble thresholds, accidental falls

can be detected in the home healthcare

environment. By utilizing information gathered

from an accelerometer, cardio tachometer and

smart sensors, the impacts of falls can be logged

and distinguished from normal daily activities.)

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17 Using Wireless

Measuring Devices and

Tablet PC to Improve

the Efficiency of Vital

Signs Data Collection in

Hospital. (IEEE 2014)

In order to improve the way of data collection and

workflow of vital signs measurement in hospital,

this paper proposed a Tablet PC based vital signs

data collection and information system. This

system comprises a database server, Tablet PC,

and wireless devices such as blood pressure

monitor, infrared thermometer and barcode

scanner. The Tablet PC and wireless devices are

put on a cart to serve as a mobile nursing

information system unit. All of the devices have

Bluetooth interface, therefore they can

communicate with the Tablet PC via Bluetooth.

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18 Two-Dimensional

Sensor System for

Automotive Crash

Prediction. (IEEE FEB-

2014)

The work in this paper is motivated by the need to

develop an inexpensive sensor system for an

automobile that can predict an imminent collision

with another vehicle, just before the collision

occurs. The prediction needs to occur at least 100

ms before the collision, so that there is adequate

time to initiate active passenger protection

measures to protect the occupants of the vehicle

during the crash.

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19 A Hand Gesture

Recognition Framework

and Wearable Gesture-

Based Interaction

Prototype for Mobile

Devices. (IEEE APRIL-

2014)

An algorithmic framework is proposed to process

acceleration and surface electromyography

(SEMG) signals for gesture recognition. It

includes a novel segmentation scheme, a score-

based sensor fusion scheme, and two new

features. A Bayes linear classifier and an

improved dynamic time-warping algorithm are

utilized in the framework. In addition, a prototype

system, including a wearable gesture sensing

device [embedded with a three-axis accelerometer

and four SEMG sensors] and an application

program with the proposed algorithmic

framework for a mobile phone, is developed to

realize gesture-based real-time interaction.)

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20 How Long to Wait

Predicting Bus Arrival

Time With Mobile

Phone Based

Participatory Sensing.

(IEEE JUNE-2014)

In this project, we present a bus arrival time

prediction system based on bus passengers’

participatory sensing. With commodity mobile

phones, the bus passengers’ surrounding

environmental context is effectively collected and

utilized to estimate the bus traveling routes and

predict bus arrival time at various bus stops.

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21 Hardware

implementation of GPRS

enabled embedded

server for remote access.

(IEEE 2013)

Wireless Packet Data Networks, such as GPRS,

Hold great promise for applications that rely on

machine to machine communication. The rapidly

advancing mobile communication technology and

the decrease in cost make it possible to

incorporate mobile technology into home

automation system. Based on SMS/GPRS mobile

cell module & a microcontroller, a home

automation server can be established, powerful

microcontrollers are used as a parts of most home

& office appliances of today. Integrating web

servers to these intelligent devices will aid in

controlling them over internet and also in creating

effective user interfaces in the form of web pages.

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22 Implementation of

Children Tracking

System. (IEEE APRIL-

2013)

This paper focuses on implementing children

tracking system for every child attending school.

The child module includes ARM7 uC, (GPS),

Global system for mobile communication (GSM),

Voice playback circuit and the receiver module

includes Android mobile device in parent’ s hand

and the other as monitoring database in control

room of the school.

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23 A Child-left-behind

Warning System based

on Capacitive Sensing

Principle. (IEEE 2014)

This project presents a simple and efficient

capacitive sensing system suitable for detecting

presence of a child in an infant car seat. It also

details a warning system that alarms the parents

once a child is found to be left alone in a car.

Infant seat with child is, usually, kept (safely) in

the rear seat. Driver and passengers, in some

situations, may leave the car without taking

[forgetting] the child. When a car is turned-off

[windows closed] temperature inside it will

increase rapidly and can be life threatening as the

thermoregulatory system of child is weak. Such

incidents have been reported worldwide.

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24 Towards the

implementation of IoT

for environmental

condition monitoring in

Homes. (IEEE 2013)

In this paper, we have reported an effective

implementation for Internet of Things used for

monitoring regular domestic conditions by means

of low cost ubiquitous sensing system. The

description about the integrated network

architecture and the interconnecting mechanisms

for reliable measurement of parameters by smart

sensors and transmission of data via internet is

being presented. The longitudinal learning

system was able to provide self -control

mechanism for better operations of the devices in

monitoring stage.

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25 Arm hardware platform

for vehicular monitoring

and tracking.

The vehicular module is used to track, monitor,

and surveillance and finds the accident spot and

intimate to the monitoring station. This

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information is collected by the ARM7 TDMI-S

core processor LPC2148 by using different

module and dispatches it to the monitoring station

where it stores the information in database and

displays it on graphical user interface (GUI) that

is user friendly.

26 Personal health

monitoring with android

based mobile devices.

We have developed an Android based mobile

data acquisition (DAQ) solution, which collects

personalized health information of the end-user,

store analyze and visualize it on the smart device

and optionally sends it towards to the datacenter

for further processing. The smart mobile device is

capable to collect information from a large set of

various wireless (Bluetooth, and Wi-Fi) and

wired (USB) sensors. Embedded sensors of the

mobile device provide additional useful status

information (such as: user location, magnetic or

noise level, acceleration, temperature, etc.

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27 Remote control system

of high efficiency and

intelligent street

Lighting using a zigbee

Network of Devices and

Sensors. (IEEE JAN-

2013)

The proposed remote-control system can optimize

management and efficiency of street lighting

systems. It uses Zig Bee-based wireless devices

which enable more efficient street lamp-system

management, thank s to an advanced interface

and control architecture. It uses a sensor

combination to control and guarantee the desired

system parameters; the information is transferred

point by point using Zigbee transmitters and

receivers and is sent to a control terminal used to

check the state of the street lamps and to take

appropriate measures in case of failure.

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28 An Integrated System for

Regional Environmental

Monitoring and

Management Based on

Internet of Things.

(IEEE MAY-2014)

Climate change and environmental monitoring

and management have received much attention

recently, and an integrated information system is

considered highly valuable. This paper introduces

a novel IIS that combines IoT, Cloud Computing,

Geo informatics [remote sensing, geographical

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information system, and GPS], and e-Science for

environmental monitoring and management, with

a case study on regional climate change and its

ecological effects. Multi-sensors and web services

were used to collect data and other information

for the perception layer; both public net-works

and private networks were used to access and

transport mass data and other information in the

network layer.

29 Design of a WSN

platform for long-term

environmental

Monitoring for IoT

Applications.(IEEE

MARCH-2013)

Wireless sensor networks (WSN) are well suited

for long-term environmental data acquisition for

IoT representation. This project presents the

functional design and implementation of a

complete WSN platform that can be used for a

range of long-term environ-mental monitoring

IoT applications. The application requirements

for low cost, high number of sensors, fast

deployment, long life-time, low maintenance, and

high quality of service are considered in the

specification and design of the platform and of all

its components.)

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30 Child activity

recognition based on

cooperative fusion

model of a Tri-axial

Accelerometer and a

Barometric Pressure

Sensor. (IEEE 2013)

This project presents a child activity recognition

approach using a single 3-axis accelerometer and

a barometric pressure sensor worn on a waist of

the body to prevent child accidents such as

unintentional injuries at home. Labeled

accelerometer data are collected from children of

both sexes up to the age of 16 to 29 months. To

recognize daily activities, mean, standard

deviation, and slope of time-domain features are

calculated over sliding windows.

31 Use of ultrasonic signal

coding and PIR sensors

to enhance the Sensing

Reliability of an

Embedded Surveillance

In this project we design and implement an

embedded surveillance system by use of

ultrasonic signal coding of ultrasonic sensors with

multiple pyro-electric infrared sensors (PIR) to

detect an intruder in a home or a storehouse. The

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System. (IEEE 2013) PIR sensors are placed on the ceiling, and the

ultrasonic sensor module consists of a transmitter

and a receiver which are placed in a line

direction. We use two groups of the external

hardware circuits, the PIR and the ultrasonic

sensor group. As the PIR sensor produces a weak

voltage, we input the sensed signal to a two-stage

OP amplifier to amplify the weak voltage by

about 1000 times. Since the amplified signal

changes between positive and negative voltage,

we input this signal to the absolute value circuit,

and then we input it to the adjustable comparator

to compare the sensing voltage and the reference

voltage which are set according to the

environment temperature.

32 Agricultural ecosystem

monitoring based on

autonomous sensor

systems.

The monitoring system consists of a number of

intelligent wireless sensor nodes that are

distributed in the observed environment. The

sensor nodes are connected to an Internet-enabled

computer system, which is installed on site for

disseminating relevant soil information and

providing remote access to the monitoring

system. Autonomous software programs, labeled

“mobile software agents”, are embedded into the

wireless sensor nodes to continuously analyze the

soil parameters and to autonomously trigger

irrigation events based on the actual soil

conditions and on weather data integrated from

external sources.

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33 An Apparatus in

Monitoring the Energy

Charging System. (IEEE

2013)

The completed system is comprised of three

major sub-systems that include a charging sub-

system, a control sub-system and a display sub-

system. Based on several transmission standards,

including Bluetooth, Wi-Fi and Zigbee capability

combined with wireless transmission techniques,

the proposed surveillance system is designed for

monitoring a solar energy system. The

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performance of the simulated WSSs is evaluated

using statistical report results. The proposed

surveillance system can be fully extended to

several different kinds of applications, such as,

health care and environmental inspection

34 A Tactical Information

Management System for

Unmanned Vehicles

Using Vehicular Adhoc

Networks. (IEEE 2013)

The main abstract of this project is proposed for

provide a Tactical information Management

system for Unmanned Ground Vehicles using

Vehicular Ad-hoc Networks (VANET). VANET

is a perfect option for vehicle to vehicle

communication to share the Information with

each other. An Information Control Unit will be

attached in-built with all unmanned ground

vehicles to share the information. An Information

Control unit consists of front and rear Radar

Radio Detection and Ranging, Event Data

Recorder, GPS, Sensor, and a communication

system. When a failure detected in an Unmanned

Ground vehicle due to the enemy attack, the

tactical information will be shared with the

neighbored UGVs among the VANET about the

status of failed UGV. The damaged UGV will be

replaced immediately with the neighbor to fill up

the gap using the Tactical information shared

using the Wireless Application for Vehicle

Environment SMS protocol. This information is

used to avoid collision also during fog.

35 Green House Monitoring

and Controlling Using

Android Mobile

Application. (IEEE

2013)

Green House Monitoring and Controlling is a

complete system designed to monitor and control

the humidity inside a green house. This software

uses an Android mobile phone, connected using

Wi-Fi to a central server which connects via serial

communication to a microcontroller and humidity

sensor.

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36 Ultrasonic spectacles

and waist belt for

visually impaired and

blind person. (IEEE

2012)

This project presents an electronic navigation

system for visually imp aired and blind

people. This system understands obstacles around

the subject up to 500 cm in front, left and right

direction using a network of ultrasonic sensors. It

effectively calculates distance of the detected

object from the subject and prepares navigation

path accordingly avoiding obstacles. It uses

speech feedback to aware the subject about the

detected obstacle and its distance. This proposed

system uses microcontroller based embedded

system to process real time data collected using

ultrasonic sensor network. Based on direction and

distance of detected obstacle, relevant pre-

recorded speech message stored in voice flash

memory is invoked. Such speech messages are

conveyed to the subject using earphone.

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37 Passenger BUS Alert

System for Easy

Navigation of Blind

(IEEE 2013)

In this project we propose a bus system using

WSNs. The blind people in the bus station are

provided with a Zigbee unit which is recognized

by the Zigbee in the bus and the indication is

made in the bus that the blind people is present in

the station. So the bus stops at the particular

station. The desired bus that the blind want to

take is notified to him with the help of speech

recognition system. The blind gives the input

about the place he has to reach using microphones

and the voice recognition system recognizes it

.The input is then analyzed by the microcontroller

which generates the bus numbers corresponding

to the location provided by the blind. These bus

numbers are converted into audio output using the

voice synthesizer. The Zigbee transceiver in the

bus sends the bus number to the transceiver with

the blind and the bus number is announced to the

blind through the headphones. The blind takes the

right bus parked in front of him and when the

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destination is reached it is announced by means of

the GPS which is connected with the controller

and voice synthesizer which produces the audio

output

38 Tri-Axis Motion

Detection using MEMS

for Unwired Mouse

Navigation System in the

Future Generation

Machines.

In this paper, a real-time Human-Computer

Interaction based on the hand data glove gesture

recognition is proposed. This paper presents a

wearable prototype model for Hand gesture

recognition system using MEMS which is capable

of recognizing eight hand gesture, based on the

signal from 3-axes MEMS accelerometer. The

accelerations of a hand motion in three

perpendicular directions are detected by

accelerometers and acceleration values were

transmitted to microcontroller. An automatic

gesture recognition algorithm is developed to

identify individual gestures in a sequence.

Finally, the gesture is recognized by comparing

the acceleration values with the stored templates.

According to recognized gestures, respective

commands are performed.

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39 Navigation Using a

Haptic Hand-Mounted

Device for the Visually

Impaired.

The motivation is to replace the walking stick

with something that can detect objects in the

immediate vicinity of the person. A sonar sensing

modality will be used to gather information about

the environment, and then feedback will be

delivered to the user by varying vibration stimuli.

The vibrators are mounted on a glove to allow the

user to point the device in any direction. This has

the advantage of having as many degrees of

freedom as the hand and requires fewer actuators

and sensors compared to a head-mounted display.

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40 Measurement and

Control System of Soil

Moisture of Large

Greenhouse Group

According to the need of irrigation control of

modern agriculture facility, a measurement and

control system of soil moisture of large

greenhouse group based on double CAN bus is

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Based on Double CAN

Bus. (IEEE-2011)

designed. The system consists of host, outside

CAN bus, slave unit, inside CAN bus, and sub-

slave unit. The system adopts a master-slave way

of working, in which, PC host accomplished

centralized monitoring of all greenhouses; the

slave unit accomplished cycle display, parameters

setting of soil moisture of all blocks of one

greenhouse; and the sub-slave unit is responsible

for the soil moisture measurement and irrigation

control of one block. The master and slave, slave

and sub-slave, are linked respectively by outside

CAN bus and inside CAN bus.

41 Electronic Protection for

Exam Paper Leakage.

In this proposed system the question papers will

be sent to the examination centers in the

electronically locked box, which cannot be

opened before the predefined date and time. The

box can be opened by authentic user only. The

question papers are actually present in sub boxes.

These are password protected. The exam

controller will send a message containing

password to open individual sub box. When the

Password, date and timing matches, the box will

open through a motorized mechanism. This will

help the papers to remain locked and sealed till

the time of examination. The light sensors are

used to detect any sort of unauthorized tampering

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42 Solar Assisted Three

Wheeler Auto

Rickshaws.

In this overall development of an advanced solar-

assisted electric auto rickshaw. Research on the

conventional auto rickshaw is presented, as well

as future conceptual infrastructure designs for

electric rickshaws and the recent design research,

simulations, and experimental validation of the

next auto rickshaw. The proposed solar/battery

electric three-wheeler is meant to match and

exceed the conventional vehicle’s performance

but with a more intelligent and efficient design

Smart wheel Chair with patient monitoring.

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43 Automated vehicle to

vehicle collision

avoidance at

intersection.

The system utilizes vehicle-to-vehicle (V2V)

Dedicated Short-Range Communications (DSRC)

to share safety critical state information, allowing

for distributed implementation of our provably

safe algorithms. Safety is achieved in potential

collision scenarios by controlling the velocities of

both vehicles with automatic brake and throttle

commands. Automatic commands can never

cause the violation of predefined upper and lower

speed limits.

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44 Fingerprint based

driving license

management system.

In this project we are using a fingerprint

scanner interfaced with the ignition system of

the car. The user can drive the car only when

he is an authorized person. The fingerprint

scanner is used to scan the finger image of

the user that is compared in the microcontroller

and if the comparison with the pre-recorded

fingerprints is same then the person will be

allowed to ignite the car else the car will not

work.

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45 Touch Screen Based

Adaptive Online Exam

With Instant Marking

System.

In our project, first graphical LCD will display

three modes choices. According to user choice he

can select any one of them mode. If user select

online mode then he press request for question

button on touch screen and question from pc that

is already stored via visual basic software will be

display on GLCD randomly. In GLCD we already

display the options A B C D. Then user will give

the answer by pressing a b c d options on touch

screen and controller will verify answer with

options and if answer is correct then display

massage “YOUR ANSWER IS CORRECT” and

glow the LED. If given answer is wrong buzzer

will sounds. Again when answer is wrong and

user want to know right answer then by pressing

request for right answer button on touch screen,

then controller will display right answer.

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46 GPS based Automated

Public Transport Fare

Collection Systems

Based on Distance

Travelled by Passenger

Using Smart Card.

(IJSER-2014) OR

Smart card & GPS based

Automatic Bus Ticket

for Travelled Distance

In our project, Smart card which has become a

common thing now, holds the data of the card

holders and GPS which is an efficient tool in

many fields like surveillance and tracking, which

is used in here to find the distance travelled by the

user. The smart card can be used by the user for

entering and leaving the bus. Depending on the

distance travelled, the money which has been paid

in advance will be deducted from the card.

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47 GPS based active fleet

management –automated

vehicle tracking.

A vehicle tracking system is an electronic device

installed in a vehicle to enable the owner or a

third party to track the vehicle's location.

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48 Border Security System

for fisher man's ship

The function of the device to achieved to a

microcontroller. The uc is interfaced with a GPS

receiver, so it can receive the location of a boat

with the territory location. When even the boat

was approaching the boundary it alerts the driver.

To alert the driver it uses voice circuitry it also

used few LED as a indicators to alert the driver.

18k

49 Blind person navigation

system using GPS &

voice announcement

In this project, GPS continuously receive value of

LATITUDE & LONGITUDE value to the

microcontroller, then microcontroller compare

latitude and longitude value to the saved database

of it, if match then it announces the name of place

by using voice chip.

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50 Car to car

communication

In this project, we are using a GPS modem in a

car unit, where we continuously tracking the

location of car and sending data with the help of

microcontroller and RF transceiver or zigbee.

22K

51 Automatic Railway

Track inspection

Vehicle.

In this project, The system is based on a structure

that can acquire the data such accelerometer

information, and transmit processed information

to the control section. Information about

structural parameters of structure can be sent to a

micro controller allowing knowledge of key-

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information of the structure. This system is based

on a structure that can acquire the data such as

accelerometer information, and transmit

processed information to the control section.

Information about structural parameters of

structure can be sent to a micro controller

allowing knowledge of key-information of the

structure.

52 Vehicle Monitoring and

Theft Prevention

System_ key fob.

In this project, accordance with the teachings of

the present invention, a key fob for a vehicle is

disclosed that provides a certain vehicle function

depending on the motion applied to the key fob.

The key fob includes a switch that is pressed

when the vehicle operator wishes to transmit a

command. Pressing the switch causes a device,

such as a camera or accelerometer, to be put in a

motion detecting mode, where a subsequent

motion of the key fob causes the key fob to

transmit a command associated with that motion.

For example, the vehicle operator can press the

switch on the key fob and make an upward

motion, which may cause the vehicle door locks

to unlock. Likewise, pressing the switch on the

key fob and making a downward motion may

cause the door locks to lock.)

18K

53 Voice recognition and

voice guidance based

GPS turn-by-turn

navigator for blind with

ultrasonic obstacle

avoidance.

In this project, the GPS receiver continuously

sends the longitude and the latitude to the µc. The

µc then compares these longitudes and the

latitude to its database, if match occurs it

announces the name of the place. Is announced

via the voice chip. as soon as the co-ordinates

match the µc announces the name of the place

using pre recorded messages via a voice ic and

speaker. In this way the blind person is guided

without any external help. This unit will warn the

blind person of any obstacle in his/her way. Such

as other people, vehicles, etc as soon as obstacle

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is detected the blind person is warned with the

help of voice announcement, thus avoiding any

kind of mishap. The matrix kb is used to store the

GPS coordinates as well as the name of place in

the serial memory. The i2c bus based serial

EEPROM is used to store these co-ordinates in

memory. The µc unit receives these coordinates

and compares it with the co-ordinates stored in

serial memory. If both match, the corresponding

name is displayed on the LCD and the voice

annulment is played.

54 Smart MEDICARE

system – ICU care taker

& life support system

The aim of the monitoring system is to measure

all these signals and send them to server for

continuous monitoring and notification. A device

will be attached to the patient with sensors

(temperature, pulse rate, blood pressure, and

respiratory rate). The readings from these sensors

are digitized and then transmitted to a central

server via Bluetooth, Wi-Fi or a wireless serial

link. At the server end the signals are

continuously monitored and if any signals are at

alarm levels the system will automatically inform

a doctor or responsible support person.

55 Wireless heart beat rate

monitoring & a cardiac

pacemaker simulation –

mobile messenger

The aim of the monitoring system is to measure

all these signals and send them to server for

continuous monitoring and notification. A device

will be attached to the patient with sensors

(temperature, pulse rate, blood pressure, and

respiratory rate). System will automatically

inform a doctor or responsible support person by

using RF receiver .This RF receiver send data to

PC and display to website (Visual Basic) and also

store its data.

56 Android based portable

ECG recorder

The heart patients or diabetic patients need to

visit clinic often. In today’s fast moving world it

is not feasible for the people to visit clinic

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regularly, also it is difficult for old persons to go

to the clinic by their own. In such cases this

system can be useful. This system comprises of

uC, LCD & single channel 8-bit ADC and Signal

Conditioning interface. ECG sensor Signal

conditioning circuit will be made up of OPAMPS.

57 Design and construction

of voice operated mobile

phone for people with no

hands.

In this project, Easy Voice Recognition module

and GSM sim 900 is present in it compare the

user voice with a saved voice and perform task

according to it.

20K

58 Radar Velocity-

measuring System

Design and high speed

alert intimation through

SMS

In this, we are using two optical sensors that are

connected to the microcontroller in which detects

the speed of the vehicle. These two sensors are

connected at some fixed distance. It will calculate

the time to cross the 1st sensor and 2

nd sensor

depending upon the time the system will calculate

the speed of the vehicle. And then the

microcontroller will display whether the vehicle

is moving with normal speed or high speed in

LCD. And if it is moving with high speed buzzer

give you the indication. At that time we send

command through uC to PC for taking Image of

vehicle. That image is saved in PC.

20K

59 Design and development

of Touch screen Mobile

phone with GPRS

features to store the

contacts in to Predefined

website permanently

( In this project, touch screen a display and a

GSM modem is present, we will store contact

using touch screen just same as our cell phone

and then send contact to webpage using GPRS

that store contact number permanently

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60 Design and construction

of MEMS based tilt

operated touch free

mobile phone useful for

physically

challenged/paralyzed

persons

In this project microcontroller, GSM modem,

LCD, Buzzer, Keypad & Accelerometer is

present we can make mobile which can receive

and dial calls, if any call is coming then person

receive and reject call by using accelerometer

moving up or down, for calling move

accelerometer left

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Universal Mobile

Phone With Contact

List And SMS Read

Out Facility

In this project, touch screen a display and a GSM

modem is present, we will store contact using

touch screen just same as our cell phone and then

send contact to webpage using GPRS that store

contact number permanently and if any message

is come then read it by using GSM

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62 GPS-GSM Integration

for Enhancing Public

Transportation

management Services

This paper proposes and implements a solution

for enhancing public transportation management

services based on GPS and GSM. The system

consists of four modules: In-BUS Module, BASE

Station Module and BUS Stop Module. Equipped

with PC and GSM modem, BUS Station Module

sends the initialization information containing the

bus number and license plate number to In-BUS

Module and BASE Station Module using SMS.

The microcontroller based In-BUS Module

consisting mainly of a GPS receiver and GSM

modem then starts transmitting its location and

number of passengers to BASE Station Module.

BASE Station Module equipped with a

microcontroller unit and GSM modems interfaced

to PCs is designed to keep track record of every

bus, processes user request about a particular bus

location out of BUS Station and updates buses

location on bus stops. BUS Stop Module is

installed at every bus stop and consists of a GSM

modem, memory unit and dot matrix display all

interfaced to a microcontroller.

20K

63 GSM based Energy

meter with tampering

alert

In this project Microcontroller ,GSM ,LCD,

Meter , Accelerometer are used, when

microcontroller receive message then its replying

reading as well as money in his message and

accelerometer is on meter if someone theft meter

and it send alert message and on buzzer.

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64 Automatic Measurement

and Reporting System of

In this project Microcontroller, GSM, LCD,

temperature sensor, humidity sensor, buzzer and

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Water Quality Based on

GSM (2012)

zigbee are used; The values recorded by the

sensors will be continuously monitored by the

server PC which will be located at the main

location. The remaining values form the dummy

location will be aquatinted by the Zigbee module.

The values which are the standard will be stored

in the program and will be continuously

compared with the obtained values. The Front end

for this project will be a software Visual Basic.

This will give a simple user interface will show

the monitoring and the values and recording these

values. The variations if happens will be seen by

the operator and also be sensed by the

microcontroller. When this happens then the

supply to the pump will be immediately stopped

and a Buzzer will be ring.)

65 Wireless Black Box

Using MEMS

Accelerometer and GPS

Tracking for Accidental

Monitoring of Vehicles

(2012)

In this project, Black box records speed,

temperature of engine, distance travelled, status

of fuel, location information by using sensors and

location is track by using GPS. if vehicle is

crashed then it send message by using GSM and

keypad is used for changing mobile number . it

also alert the user for low fuel ,speed, temperature

of engine by using buzzer and LED , ultrasonic is

also connected for collision avoidance . In this

reader the microcontroller reads the data from the

EEPROM card and these parameters will send to

the computer via an RS 232 interface. The

computer front end is designed with VB interface

which is used to create the event logger and

graphical representation of these data.

18K

66 RFID and GPRS based

intelligent courier mail

box system with

automatic delivery

notification

The basic idea of the system to employ an RF ID

tag to the courier and send the identity number to

the receivers mobile. The receiver of the courier

will have a letter box which has an RF reader

reads the identity number of the tag and informs

the same to micro controller and compares it with

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the identity number send by the courier office and

if both are one and the same then it sends

message to the receiver and also to the courier

office about the arrival of the courier

67 ATM transaction

without debit card

The detailed block diagram of our system is. It

consists of power supply, AVR microcontroller

LCD, Keypad, DTMF Decoder CM8870/70C,

CD4066BCQuad Bilateral Switch, IVRS

interface, GSM modem, MAX232 driver IC. In

this the person at ATM request for the PIN of

account holder through SMS as it uses encrypted

messages. Then he will enter the PIN through

keypad which will be displayed in LCD. After

this the account holder will get a call through

IVRS in which he will confirm his PIN and the

amount to be withdrawn.

16K

68 Low Cost Secure

Encryption Access

Control using SD card

Here in this project we are using multiple SD

cards to increase the security feature in

combination of RC4 secure algorithm. Three

different passwords will be stored in three

different SD cards. The Password combination

will be given to the user via an SMS. The user has

to enter the SD cards in the particular order

prescribed in the SMS. The µC will decode the

password stored in the SD card using the IEEE

based RC4 decryption algorithm. If the SD cards

have been inserted in the right order and the all

the three passwords match then the User is

granted access.

20K

69 Drip Irrigation &

Control Using GSM

This graduate project defines the implementation

of a mobile driven intelligent and completely

automated wireless drip irrigation system. The

software and hardware combined together

provide a very advanced control over the

currently implemented manual system. The

implementation involves use of valve control,

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drip control and pump control using a

microcontroller based board. A mobile phone is

used to interface the microcontroller board via a

GSM modem and control the valve timings. An

additional ADC board is provided to collect

moisture level feedback from various regions of

the field. This helps the user in collecting

different feedback from different areas of the field

where separate breeds of crops can be cultivated

accordingly.

70 Vehicle Tracking &

locking with

speedometer

The main aim of the project is to design and

developed an advanced motorbike tracking and

locking system in the real time environment. The

owner can receive the exact location of the bike

on his/her mobile phone in the form of the

latitude and longitude using GPS/GSM module

when anyone tries to enter password randomly or

in case of theft.

17K

71 Landslide Detection

System

In this project, We are using Accelerometer i.e.

tilt sensor, Load cell, GSM Modem & Buzzer.

We put vibration sensor in land. Vibration sensor

detects vibrations. When we found change in land

then signal send to AVR microcontroller. AVR

compares this signal with threshold that we

already defined in program. If the value is

different so microcontroller send alert messages

to authority and start buzzer. As well as we put

load cell on road side. In program we set some

threshold level of soil or land pieces drop on load

cell. If small amount or things drop on load cell

we send an alert message to authority i.e. small

land is slides. AS same we sends alert message to

all threshold level to authorities. And buzzer is

used for at that place if any people is there, they

leave that place because may be land are slides.

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72 Digital Scanner Using

Phototransistors &

MATLAB.

Normally, image scan is done with a CCD

overlaid with a photoactive layer of silicon. When

light strikes the sensor array, the CCD shifts

charge through stages of capacitors into a charge

amplifier, which in turn converts the charge to a

voltage signal. Repeating this process creates a

digitizable signal that the scanner stores into

memory to create an image. Our goal for this

project was to explore the concept of using an

array of phototransistors to replace the function of

the photoactive silicon layer. We built an array of

phototransistors and attached them to an X-Y

plotter so that they could scan a large area. Light

signal detected by phototransistors is captured by

the Mega644 A/D converter and then transmitted

to MATLAB using a serial connection.

MATLAB scripts were created to control the

scanner as well as perform image process

22K

73 Over Speed Detection

and Number Plate

Recognition using OCR

Number plate recognition is a form of automatic

vehicle identification. A number plate is the

unique identification of vehicle. It is an image

processing technology used to identify vehicles

by their own number plates. It has wide

applications areas such as toll plaza, parking area,

highly security areas, boarder’s areas etc. Optical

Character Recognition (OCR) is widely used

technology which converts scanned images of

printed text, handwritten text characters into

machine encoded text information such as ASCII.

It can be recognized printed characters and

handwritten characters. We are using two optical

sensors that are connected to the microcontroller

in which detects the speed of the vehicle. These

two sensors are connected at some fixed distance.

It will calculate the time to cross the 1st sensor

and 2nd sensor depending upon the time the

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system will calculate the speed of the vehicle.

74 An Indoor Autonomous

for lift.

This Forklift can drive around and steer on carpet

or hard floors, lift loads that are placed on the

pallet frames straight up, set them gently down on

top of shelves or other platforms, and take them

back down. We will make it autonomous to

monitor the racks in the Malls and fill them

automatically.

22K

75 Power Saving Solder

Station.

Soldering stations comes in a variety of prices

and capabilities. The cheaper stations have a

power controller, to control the power delivered

to the soldering iron. More expensive stations will

have a temperature controller near the tip of the

soldering iron, and control the temperature using

this feedback. We will use a 30 Watt soldering

iron for the job. We will measure the temperature

as close to the tip as possible. A controller circuit

will read the temperature. A keypad will be used

to set the requested temperature with keys,

according to which the controller will turn on or

off the soldering iron heater. We will also detect

whether solder gun is on stand or not accordingly

we decrease the temperature. When the person

take solder gun from stand the temperature of gun

start increasing within seconds.

16K

76 Automated pill dispenser

system (E-Nurse)

In this system there is one PC unit. PC content the

all patient details are available and all

prescription is also included in PC. When the

nurse send any patient prescriptions through PC

RF transceiver to receiver RF. The RF module

received that data and send to microcontroller

AVR. AVR check that data and performed action

according to coming data. I.e. If nurse send T1

(tablet 1) & T2 (Tablet 2) to any patient. The

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AVR received that data and with the help of

vending machine it drops tablet 1 & tablet 2 for

that patient. After tablet drop through vending

machine the buzzer sound.

77 Smart Helmet for Bike.

In this project, we are using microcontroller

AVR. Alcohol sensor, limit switch and RF

transceiver is connected to microcontroller. In our

system if the person not wearing helmet then the

bike ignition is not start. As the person wear

helmet and switch ON bike then the ignition of

bike is ON. We are checking the person is

wearing helmet or not through limit switch. When

the person wear helmet limit switch pressed then

the bike ignition is ON. We also connect an

alcohol detecting sensor. If bike rider is drunk

then alcohol sensor detects then microcontroller

send data via RF to receiver side RF. Receiver

side RF receive that data and it takes action i.e.

ignition OFF.

16K

78 Automatic Rationing

public Distribution

System.

In this paper we propose the concept of replacing

manual work / job in public distribution system

(rationing distribution system in India) by

automated system which can be installed at the

ration shop with ease. In this automated system

we replace the conventional ration card by smart

card in which all the details about users are

provided including their AADHAR (social

security) number which is used for user

authentication. This prompted us to interface

smart card reader (RFID Based) to the

microcontroller (AT89C51) and PC via RS232 to

develop such a system. Using such a system,

Government would have all required

control/monitoring over the transactions at ration

shop. To involve Government in the process we

proposed connecting the system at ration shop to

a central database (provided by Govt.) via GSM

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module (SIM900D) and RS232. Hence it is

possible to prevent the corruption and

irregularities at ration shop. This would bring the

transparency in public distribution system as there

will be a direct communication between people

and Government through this.

79 Remote Attendance Data

logging System using

Wi-Fi.

These days, instructors in universities and

colleges take the attendance manually either by

calling out individual's name or by passing

around an attendance sheet for student's signature

to confirm his/her presence. Using these methods

is both cumbersome and time-consuming.

Therefore a method of taking attendance using

instructor's mobile telephone has been presented

in this paper which is paperless, quick, and

accurate. Application software installed in the

instructor's mobile telephone enables it to query

students' mobile telephone via Bluetooth

connection and, through transfer of students'

mobile telephones' Media Access Control (MAC)

addresses to the instructor's mobile telephone;

presence of the student can be confirmed.

Moreover, detailed record of a student's

attendance can also be generated for printing and

filing, if needed.

16K

80 Solar based Integrated

Power Inverter.

Use of Renewable Energy power sources is the

best possible solution today to reduce

increasingly risk of global warming and the most

important type of renewable is Wind and Solar

energies which are the most efficient. The green

power generation resources are used power

generators in Distributed Generation (DGs)

sources that are in direct relation with the use of

micro capacity power generating units of power

system that are installed in distribution level of

power systems or all segments that loads and

energy consumers are located. Hybrid systems

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vary in models. The best hybrid model available

today is combination of grid connected solar PV

cells that can compensate each other in the grid

connected state. In addition, solar cells provide

electricity required in day-time while wind

turbines compensate the power needed in the

night period. Solar cells are consisted of a series

of assembly of different cells together to form a

flat photovoltaic system to absorb the photons

and generate electricity by electrons energized in

the circuit.

81 Gesture Vocalizer for

Deaf & Dumb.

Gesture Vocalizer is a large scale multi-

microcontroller based system being designed to

facilitate the communication among the dumb,

deaf and blind communities and their

communication with the normal people. This can

be dynamically reconfigured to work as a “smart

device”. In this, microcontroller and sensors

based gesture Vocalizer is presented. Gesture

Vocalizer discussed is basically a data glove and

a microcontroller based system. Data glove can

detect almost all the movements of a hand and

microcontroller based system converts some

specified movements into human recognizable

voice. The data glove is equipped with two types

of sensors: The bend sensors and accelerometers

as tilt sensors. This system is beneficial for dumb

people and their hands will speak having worn the

gesture Vocalizer data glove.

18K

82 GPS Based Advanced

Soldier Tracking With

Emergency messages &

Communication system

(IJARC-2014)

OR

In our project we have come up with an idea of

tracking the soldier as well as to communicate

with other soldier during the war, which enables

the army personnel to plan the war strategies.

Also the soldier can ask for directions to the army

base unit in case he feels that he is lost. by using

the location sent by the GPS the base station can

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Navigator and

Communicator for

Military Application

(Soldier to Soldier

communication)

guide the soldier to safe area.

83 E-Parking System

Here in the project of the ‘E-PARKING

SYSTEM’, the system provides a fully automated

parking system for malls and multiplexes for four

wheelers. In order to reduce man power and

saving of money the use of the camera at the

entrance provides live streaming of the vehicles

helps to maintain the record and thus provides the

security to the whole system.

22k

84 Ultrasonic based Hand

Glove

We present a set of distance-based interaction

techniques for modeling and manipulation,

enabled by a new input device called the

ultrasonic gloves. The ultrasonic gloves are

built upon the original design of the pinch

glove device for virtual reality systems with a

tilt sensor and a pair of ultrasonic transducers in

the palms of the gloves. The transducers are

distance-ranging sensors that allow the user to

specify a range of distances by natural gestures

such as facing the palms towards each other

or towards other surfaces. The user is able to

create virtual models of physical objects by

specifying their dimensions with hand gestures.

We combine the reported distance with the tilt

orientation data to construct virtual models. We

also map the distance data to create a set of affine

transformation techniques, including relative and

fixed scaling, translation, and rotation. Our

techniques can be generalized to different sensor

technologies.

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85 Intelligent Traffic signal

for Ambulance with

Patient Monitoring

To design a hi-tech ambulance system this can

reach to a patient in minimum amount of time.

WE HAVE 3 SECTIONS IN OUR PROJECT

• DEVICE ON AMBULANCE :

• DEVICE FOR TRAFFIC

SIGNAL CONTROL

• DEVICE ON THE HOSPITAL

20k

86 Patient Monitoring

System using Cloud

Computing.

In this project we propose a solution to automate

this process by using somebody sensors attached

to existing medical equipments that are inter-

connected to exchange service. The proposal is

based on the concepts of utility computing and

wireless sensor networks. The information

becomes available in the cloud server from where

it can be processed by expert systems and/or

distributed to medical staff. The proof-of-concept

design applies commodity computing integrated

to legacy medical devices, ensuring cost-

effectiveness and simple integration.

22K

87 Barcode Based

Employee Attendance

System

The attendance of employee can be easily

recorded with the help of separate barcode device,

for this purpose we need to trace each barcode

and this software will help to record the

attendance of that particular barcode owner for a

provided date.

20K

88 Blind Navigation.

As we all know life for any disabled person can

become very miserable since they are constantly

dependent on others. To reduce their

dependability we have come up with the idea of

GPS based blind man assistant. The idea is to

guide the blind person in a busy traffic area. He

will be informed about the name of place he is

standing. Also he can get directions for the

destination he wants to go. also we have put

obstacle detectors which will warn the blind

person of any collision.

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89 Smart Trolleys for Malls

In this project we are making wireless billing

system for malls. The main objective of the

project is to reduce the time taken during the

billing (no queues) since the billing is done

wirelessly. Also to reduce the man power needed

is less thus reducing the overhead cost of the

system.

We have 2 main units

• Billing section

• Trolley unit

16K

90 Pen Drive Based Touch-

Screen Terminal

Application for Remote

Data Acquisition Based

on Authorized Access.

Touch-screen all-in-one-machine is the simplest,

most convenient and most natural human-

computer interaction method as a new kind of

computer input devices. For the disadvantages of

the current touch screen systems such as the

relatively simple function of the system and the

lack of security features, this project proposes a

common software interface, which makes use of

wirelessly browsing of the remote data, provides

the authorized access mechanism based on secure

access control, and achieves classification access

of the remote data. For this purpose we make use

of combination of Touch screen, graphics LCD

and a Pen drive. Here the user has to enter the

password via touch screen. If the password

matches then the access to the remote terminal is

granted. After that through a wireless RF link the

hand held device can start receiving the data from

the remote terminal. This data can be viewed on

the graphics LCD. Also we can store the data on

Pen drive in text file format (.txt). The user can

then see the data on Pen drive for further analysis.

The data logger unit has all the sensors and the

RF transmitter.

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91 Portable And Low

Power Design For

Personal Emergency

Response System Using

A 3-Axial

Accelerometer.

The aged are faced with increasing risk for falls.

The aged have the easily fragile bones than

others. When falls have occurred, it is important

to detect this emergency state because such

events often lead to more serious illness or even

death. An implementation of PDA system, for

detection of emergency situation, was developed

using 3-axis accelerometer in this paper as

follows. The signals were acquired from the 3-

axis accelerometer, and then transmitted to the

PDA through Bluetooth module. This system can

classify the human activity, and also detect the

emergency state like falls. When the fall occurs,

the system generates the alarm on the PDA. If a

subject does not respond to the alarm, the system

determines whether the current situation is an

emergency state or not, and then sends some

information to the emergency center in the case of

urgent situation.

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92 GLCD based shopping

assistance.

In our project, we are trying to design and

implement a location based shopping assistance

service that allows shoppers to shop with ease and

style. It consists of several touch screen modules

installed at different places inside a super market.

Shopping assistance unit will help users in

locating products, speed their checkout, and make

their shopping experience less frustrating. This

system is intended to work for medium to large

sized shopping malls and grocery stores.

20K

93 Street Light Control

using Solar Tracking

system using Sliding

Mode

It consists of a LDR sensor senses max solar

power which is being given to the uC through the

ADC which digitizes the LDR output. uC then

takes the decision according to the algorithm and

tilts the panel towards the direction of the max

energy given by LDR with the help of Servo

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Motor. The servo Motor is used to rotate the LDR

and solar panel to sense the max solar power. The

solar panel will generate the input for charging

the battery, the buck and the boost converters will

do the conditioning of both the voltage as well as

the current. After that there will be controlling

section for the current and voltage which will

ensure the proper and good battery charging. The

corresponding controllers will control the voltage

and the current to a level which is ideal for the

proper battery charging. Then the final section is

the battery to be charged. After battery charging

then we uses it to drive LEDs of street light.

94 Automation in chemist

shop.

In order to open and close the drawers containing

medicines automatically the project is designed

and fabricated. The drawer movement is

controlled according to voice command and DC

motor. For voice recognition purpose Easy VR

engine is used.

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95 GPS based soldier

tracking and health

indication system

In our project we have come up with an idea of

tracking the soldier as well as to give the health

status of the soldier during the war, which enables

the army personnel to plan the war strategies.

Also the soldier can ask for directions to the army

base unit in case he feels that he is lost. By using

the location sent by the GPS the base station can

guide the soldier to safe area.

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96 On water Surveillance

Boat

The project we are working on is a very novel

concept in the field of military technology. It uses

a remote controlled military water buggy which is

controlled by RF link module. The buggy is

propeller driven and is relatively easy to control

on harbors and ports. Our buggy can be

controlled from a remote location using a PC or

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further hand-held devices which form a command

and control section. The on board camera is a

wide angle field camera with night mode

operability. We are also trying to fix a gun

assembly on the buggy which will make it self

sufficient. A GPS module is to be integrated on

the buggy for its precise positioning. We are also

trying to integrate the device into a fuzzy logic

network so that a collection of buggies like these

can work in tandem to protect the shores from

unwanted infiltration. It will also patrol 24x7 and

visit places which are difficult for humans to

patrol.

97 PC Mouse Control

Based on Gesture

Technology

In this project we are using the accelerometer.

This has the micro controller interface as shown

in the block diagram below. Initially the user

has to mount the same on his head, when the

user moves the head front the mouse pointer

will move up and if he gets his head in the

normal position it will stop and similarly if he

moves the head backwards the mouse pointer

will move down and when he moves left and

right the pointer will move in the left and right

directions respectively. This data is then

decoded by the micro controller and will send

the data in the wireless mode using the RF TX.

At the other end the RF RX will read the data

and then the micro controller will drive the

mouse using the controller, which is connected

to the USB port of the PC.

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98 Advanced Encryption

Algorithm Based on

ARM (AES)

AES is based on a design principle known as a

Substitution permutation network. It is fast in

both software and hardware. Unlike its

predecessor, DES, AES does not use a Festal

network.

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99 Android Based Robot

Control

As the name indicates this project deals with the

controlling of robot using cell phone. The project

contain 2 sections

1. Robot(Receiver end)

2. Control section(Transmitting end)

The control section will be an Android cell phone

which is having Bluetooth facility. The data to

control the robot will be transmitted through the

cell phone Bluetooth. There will be a Bluetooth

module at the receiver end also. Both the

Bluetooth should be paired each other. As soon as

the data sent from the Bluetooth module at the

transmitting end, it will receive at the receiver

end. The microcontroller compares the incoming

data with the pre stored data and does the

corresponding actions.

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100 Pick & Place Robotic

Application Based on

Android



contains 2 sections.














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101 Android based car

features control using

Wi-Fi.

This application makes use of the Wi-Fi &

android features of mobile phone as a solution for

Vehicle security system. We are connecting Wi-

Fi module and relays with ARM7.

In mobile unit, we are making an android

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application for security of vehicle. In android

mobile Wi-Fi is there. Through Wi-Fi we are

connecting car unit by entering IP address. When

connection is done with mobile unit and car unit

then user can use this function. There is four

buttons in android application for lock, unlock,

data and vice versa.

102 Traffic Light control

using SWARM

Intelligence with Image

Processing

Based on the above mentioned idea, our system

will work as follows. A camera will be mounted

on the each lane of the signal on a junction.

Camera will feed the video to a pc. A matlab

based digital image processing will be done on

the video frames to calculate the amount of

traffic. If traffic will be found more on that

particular lane using image processing ,that signal

will be given to a microcontroller.

Microcontroller will increase the on time of the

green light on that signal. Acting as a social

insect (using swarm intelligence) traffic signal

will send command to its previous junction using

wireless technology. On the previous junction,

traffic signal will divert traffic in alternate

direction. Also Traffic signal will reduce the

amount of traffic going on the next signal by

reducing the on time of green light.

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103 Pick & Place Robot

Based on Touch Screen

Technology

We are interfacing a resistive touch screen to the

µc. As soon as the user presses the touch screen,

the µc can identify the area of the touch screen

and can take corresponding action. Also we are

interfacing a ZIGBEE module to the µc. As soon

as the user touches the screen the control signal is

sent to the receiver module via ZIGBEE wireless

RF module. After receiving the frame the µc

decodes the frame and takes the corresponding

movement of the crane. Such as forward, reverse,

left ,right ,Pick, place etc.

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Robot Control with

Wireless Video Camera



contain 2 sections














There is also wireless video camera for the user to

see and control the robot.

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105 Touch screen based

shopping Assistance

system

In our project, we are trying to design and

implement a location based shopping assistance

service that allows shoppers to shop with ease and

style. It consists of several touch screen modules

installed at different places inside a super market.

Shopping assistance unit will help users in

locating products, speed their checkout, and make

their shopping experience less frustrating. This

system is intended to work for medium to large

sized shopping malls and grocery stores.

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106 A Distributed Computer

Machine Vision system

for Automated

Inspection and Grading

of fruits (Conveyor

based product/fruit

sorting based on color

and size)

Here we have two IR based sensors, one, is for

detecting the fruit on the conveyor belt and the

other is to detect the presence of fruit in front of

the camera. After the first IR sensor gives the

high to low pulse that is the fruit is detected on

the conveyor belt, the belt starts to move in the

forward direction. Next, the second IR sensor

gives a low to high pulse when the fruit has

reached in front of the camera. After this pulse is

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detected the µC then stops the conveyor and gives

an indication to PC via RS232.The MATLAB

software on PC then clicks a photo of fruit.

107 Cheque deposit and

verification system using

image processing

The basic objective of our project is to develop a

system that would be safe and secure. In some

cases cheque drop boxes are stolen from the ATM

center and the cheque depositor does not have any

proof of his transaction. By developing this

project a cheque depositor would have the details

of his transaction and would thus have a proof of

his transaction. Developing a real time

application on such idea would be less time

consuming which would make the system more

efficient than the earlier one. This makes the

system more transparent for the customer as well

as for the bank.

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108 Driver Vigilance system

This project describes a real-time prototype

computer vision system for monitoring driver

vigilance. The main components of the system

consists of a remotely located video CCD camera,

a specially designed hardware system for real-

time image acquisition and for controlling the

illuminator and the alarm system, and various

computer vision algorithms for simultaneously,

real-time and non-intrusively monitoring various

visual bio-behaviors that typically characterize a

driver’s level of vigilance. The visual behaviors

include eyelid movement, face orientation, and

gaze movement (pupil movement). The system

was tested in a simulating environment with

subjects of different ethnic backgrounds, different

genders, ages, with/without glasses, and under

different illumination conditions, and it was

found very robust, reliable and accurate.

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109 Eye Gaze Controlled

Gun Targeting

At the person seat in front of the PC there is one

web camera for taking eye gaze position. In

matlab we coded as when eye gaze rotate left or

right then matlab check this gaze position and

taking according to the eye gaze position we it

send some data wirelessly to gun side unit

According to that data we move our gun i.e. Left

or Right. There is one IR sensor in control unit.

That IR sensor is used for triggering of gun.

When IR sensor detects that means we have to

fire.

Also there is one wireless video camera for

continuous monitoring on the TV.

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110 Theft Detection for

Electricity (Energy

Meter)

Remote provision of accurate reads/information

for defined time periods - delivery of information

to customers, suppliers and other designated

market organization. Two way communications

to the meter system - communications between

the meter and energy supplier or other designated

market organization - upload and download data

through a link to the wider area network, transfer

data at defined periods, remote configuration and

diagnostics, software and firmware changes.

Home area network based on open standards and

protocols - provide “real time” information to an

in-home display, other devices to link to the

meter system

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111 Smart electricity meter

with overload detection

Smart electricity meters provide accurate real

time information on energy consumption for

customers. There will be no more estimated bills

or staying at home for home readings, they will

be able to manage energy use more cost

effectively and there should be easier switching

between suppliers .Supplier will be able to offer a

greater range of tariff packages including for peak

off energy. Smart meters will also be a platform

for the major expansion. For example, in the use

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of new and renewable energy resources, home

micro generation & electric vehicles in future.

112 Embedded Digital

Steganography

In this project, Message is entered through

keypad. This message sent to PC along with the

key for decoding message. The message is

encrypted using LSB manipulation algorithm and

the encrypted image is sent via Zigbee module or

serial 2 wire RS 232 interface to other PC. The

user enter key at receiver end keypad in VB. The

receiver PC decrypts the message through

received image if the key is correct and sends the

decrypted message local. The receiver PC

displays the message on screen.

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113 A hand-arm robotic

system for autonomous

motion control (Robotic

ARM Controller using

Haptic Technology)

The project aims to develop Robotic Arm, whose

movements can be controlled by moving the

controlling persons arm. The Robotic Arm

mimics the movements of the controller’s arm.

The movements of the user’s arm is taken by

using a set of sensors attached to the joints of his

arm .As the position of the arm changes, the

corresponding parameters also changes. The

angular movement of the user arm will decide the

corresponding movement of the robotic arm.

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114 Travelling Sprinkler for

Irrigation

Here we are designing a System which will

automatically any change in the Irrigation with

the help of various sensors such as Temperature,

Light, Soil moisture etc. Also we are designing

control section using a relay to keep Soil moisture

wet. Read the analog sensor data. Perform Signal

conditioning on the signal. Store the data in µC

internal memory .Display the parameters on LCD

Turn ON/OFF the relays according to the set

point programmed in the µC program For Soil

moisture turn on/off the water valve with relay.

Display the light intensity on LCD.

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115 ARM-7 Based Semi

Autonomous Vehicle.

We have used ARM7 as a base device. GPS,

GSM module, MMA7660FC and RFID tag is

connected with serial port of the controller.

Whenever vehicle meets with an accident the

MMA7660FC triggers the embedded module for

rescue operation. Embedded module gets area

information from GPS receiver module and the

alert information is sent through the GSM

module. GPS receiver gets area information on

the road unit. In addition to embedded module

one special RFID Tag is placed inside vehicle to

transmit vehicle information. In the traffic signal

management system RFID reader and display

informer unit are connected with serial port of the

microcontroller. If vehicle insurance, pollution

test, FC is not proper, the alert system will

produce beep sound and vehicle number is

displayed. Then the traffic police can easily alert

the driver / owner. Traffic signal is managed by

counting the number of vehicles crossing the

reader area in a particular time interval. Here the

data collected by the antennas are given to the

reader via multiplexer switch. This method will

save RFID reader usage and money. By this we

can manage the traffic intelligently.

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116 Automatic Penalty

charging for Traffic

Regulation

There are 3 units in this project. One will be a

standalone system attached to the ignition

mechanism of the car, second will be a standalone

system which will be attached to the traffic signal

points and third will be the stand alone system

which will be attached to the RTO office centre.

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117 Touch screen & RF ID

based palm device for

museum

In this project, rf id enabled tour assistant is

expected to replace tourist guides to an extent.

It’s a voice enabled device that speaks out as the

tourist is traveling from places to places

(museum). When the tourist is standing near

major landmarks, it will detect the RF id tag and

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will play an audio clip relevant to that location.

This is achieved by placing a rfid receiver with

the tourist (palm device).as soon as the palm

device comes in the vicinity id the rf tag the µc

receives the rf tag unique id from the receiver.

And matches it with its PWM data base. If match

occurs, the µc will play an audio clip relevant to

that statue/painting. Audio files are tagged with

location coordinates and a tolerance range. In a

particular location, the file that matches the

tolerance range is played.

118 Unique system for

remote monitoring

patients with data mining

The heart patients or diabetic patients need to

visit clinic often. In today’s fast moving world it

is not feasible for the people to visit clinic

regularly, also it is difficult for old persons to go

to the clinic by their own. In such cases this

system can be useful. This system comprises of

Microcontroller, LCD and single channel 8-bit

ADC and Signal Conditioning interface. ECG

sensor Signal conditioning circuit will be made

up of OPAMPS and also store data using visual

basic software.

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119 Heart beat monitoring

system with wireless pc

interfacing including

body & respiratory

temperature

In this project, The heart patients or diabetic

patients need to visit clinic often. This system

comprises of Microcontroller, LCD and single

channel 8-bit ADC and Signal Conditioning

interface. Respiratory sensor Signal conditioning

circuit will be made up of OPAMPS and also

store data using visual basic software by using RF

module for wireless transmission.

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120 Advance Train Safety

(Train Automation for

safety purpose)

In this project, there are two sections railway gate

and railway engine, railway engine has RF

module, DC motor, LCD, microcontroller and

railway gate has stepper motor, microcontroller

and stepper motor. In which when engine give

command then railway gate is closed.

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121 GSM Based Scrolling

LED Display

Scrolling LED sign based on the microcontroller.

The idea is to let a text scroll over the LED dot-

matrix displays. A dot-matrix display is a display

which contains 5x7 dots (LEDs) in one case, the

LEDs are connected like a matrix. When the user

send sms through mobile then that SMS will

Scroll on Display.

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122 GPS based intelligent

guided vehicle with

collision mitigation

In this project, it consists of mainly two parts: -

the transmitter and receiver. The system is mainly

based on micro controller technology for

collecting data related to speed and transmits the

data to the micro controller using RF

communication. The micro controller analyses the

transmitted data and takes appropriate decisions

related to speed limit and control requirements.

And GPS is used for tracking vehicle.

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123 Wireless code

modulation for secure

Communication using

encryption & Decryption

In this project we are using multiple SD cards to

increase the security feature in combination of

RC4 secure algorithm. Three different passwords

will be stored in three different SD cards. The

Password combination will be given to the user

via an SMS. The user has to enter the SD cards in

the particular order prescribed in the SMS. The

µC will decode the password stored in the SD

card using the IEEE based RC4 decryption

algorithm. If the SD cards have been inserted in

the right order and the if all the three passwords

match then the User is granted access

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124 Design of Ultra Low

Cost Cell Phone Based

Embedded System for

Irrigation

In this project, it sensed the level of water and run

motor (dc motor) according to water level, also

checks humidity, voltage and current and then run

motor according to our threshold and speed of

motor is also controlled with pulse width

modulation technique. And whole data send to PC

by using RF module.

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Universal Mobile Phone

With Contact List And

SMS Read Out Facility

In this project, touch screen a display and a GSM

modem is present, we will store contact using

touch screen just same as our cell phone and then

send contact to webpage using GPRS that store

contact number permanently and if any message

is come then read it by using GSM.

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126 Touch screen Based

Supervisory Control,

Data Acquisition and

Analysis System.

The system basically consists of temperature,

light & gas sensors RF transmitter/receiver, relay

LCD display, pc and SD card interface with SD

card interfaced with the microcontroller. We are

connecting many Data loggers in a wireless

configuration to the ARM based server. This

server will store the incoming data in the SD card

in Text file. The same stored data can be viewed

on the PC in the form of the Text file.

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127 A Mobile-Cloud

Pedestrian Crossing

Guide for the blind

The ability to detect the status of pedestrian

signals at street intersections is a critical aspect of

safe outdoor navigation for the blind and visually-

impaired, especially in unfamiliar environments.

Existing outdoor navigation devices for the

blind prove insufficient in providing such

guidance due to their reliance on limited mobile

computational resources. In this work, we

propose a mobile-cloud collaborative approach

for context-aware outdoor navigation, where

we use the computational power of resources

made available by cloud computing providers for

real-time image processing.

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128 Portable Wireless

Device Remote writing

on Board. (Touch Screen

based Notepad)

In this project, we are using microcontroller

AVR, touch screen driver, resistive touch screen

& RF transceiver. And the other unit i.e. PC unit

there is also RF Transceiver and PC. There is

visual basic (VB) application in PC. When the

user write/draw/sketch in resistive touch screen

then the screen sense that points and through

touch screen driver send these data to AVR

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microcontroller. AVR receives that data and send

serially to other end i.e. PC end. And the PC have

VB application window. All sketch & written

things are displayed in that VB window

129 GSM based flood Alert

system & Bridge

Monitoring

This project is based on microcontroller. The aim

of the project is to alarm the people of the

forthcoming flood in their region. When the water

level increases the specified level in the lake or

when there is heavy rainfall such as to cause a

flood, the system will automatically send a

message (SMS) to the local police

station/concerned department, who in turn will

make the necessary announcement and safety

arrangement to the people residing in the locality.

It will also produce automatic announcement to

the people.(villagers

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130 Secured Parliament Gate

Access System

In our project we are controlling gate

access via RF ID, finger print as well as GSM

(SMS). Here we have divided the area into 2

perimeters

1. RF ID perimeter 2. SMS perimeter

This application is for very high level security,

such as parliaments etc. here each gate is allotted

to a particular person for e.g. there is a separate

gate for MLA’s, president, prime minister etc…

We are going to show 2 gates in our

project. We are controlling gate access via RFID

as well as GSM (SMS)

Here we have divided the area into 3 techniques:

1. Finger print technique

2. SMS technique

3. Smart card technique

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131 Contactless Driving

License Reader

We will be designing a system which will be

having a smart card with a microcontroller for

storing the user data and a transceiver for sending

the data. The transceiver is connected to

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microcontroller and data in the controller is fed

with the help of RS232 connected to PC. Data is

then transmitted to the reader through transceiver.

Smart card reader receives the data through

transceiver which is connected to microcontroller

and displays it on LCD. The smart card reader

will be made secured by giving a code which

would be accessed by authorized person.

For incurring penalty GSM modem is interfaced

with in the reader which sends user data and fine

imposed will be sent to the server

132 PLCC (Power Line

Communication) based

Appliances control

The master unit consists of Relay Driver circuit,

Relays, Keypad, microcontroller unit, power line

communication unit and LCD display. First we

have to select unit i.e. which unit device to be ON

or OFF through keypad. Then pressed switches

through Keypad after unit selection. And the

device is ON & OFF according to switched

pressed. The LCD displays the number of devices

ON or OFF. The communication between Master

unit and Slave unit is done through the AC power

line. For this power line communication

equipment is implemented which works as a

modem. This modem IC, TDA 5051 support ASK

transmission

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133 Automatic Meter

Reading using Power

Line Communication

Power-line communication is based on electrical

signals, carrying information, propagating over

the power-line. A comm. channel is defined as the

physical path between two communication nodes

on which the communication signal is

propagated. In a low-voltage grid there is a lot of

different channels, in fact the links between the

substation and each household are all different

channels with different characteristics and

qualities. If the communication system supports

communication between households all these

links are also different channels.

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134 Detection of illegal

usage of electricity by

consumer. (Anti theft

system for electricity

through transmission

line using power line

communication)

The transmitter unit consists of Energy meter,

signal conditioning circuit, microcontroller unit,

power line communication unit and LCD display.

The energy meter will show the power

consumption i.e. the power sent over the power

line to receiver unit. Microcontroller controls the

LCD display, generates interrupts, calculates

errors and controls the power line communication

unit. As the energy meter works on 230V and the

microcontroller on 5 V. This isolation is provided

by the signal conditioner circuit. The

communication between transmitter unit and

receiver unit is done through the AC power line.

For this power line communication equipment is

implemented which works as a modem.

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135 Wireless wheel chair

control systems using

accelerometer

(hand/head motion) with

obstacle, slope and fire

detection system

In this project there would be two section

master and slave. The slave part would contain

the DC motor. The DC motor would be connected

to microcontroller using driver. The AVR would

be connected to the RF Module transceiver using

SPI. The Master part would be connected to the

Accelerometer. Using the accelerometer

movement the motor would be controlled

forward, backward, left, right. Also LDR would

be connected to detect the fire and obstacle sensor

would be used to stop the chair when obstacle

detected.

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136 Wireless battery

charging via inductive

coupling

In this project we have made an attempt to

transfer electrical energy using the method of

inductive coupling. Inductive charging (also

known as "wireless charging") uses an

electromagnetic field to transfer energy between

two objects. This is usually done with a charging

station. Energy is sent through an inductive

coupling to an electrical device, which can then

use that energy to charge batteries or run the

device.

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137 Wireless MSEB meter

reading vehicle using

GPRS

The project is to design a wirelessly send meter

reading that can be more effective in billing.

There is one MSEB vehicle in that have a RF

receiver that take readings from all energy meters

that are fix in each house. In each meter we are

connecting a microcontroller, RF module. The

microcontroller taking continuous reading from

energy meter and microcontroller transmit that

meter reading and Meter ID continuously with the

help of RF transmitter. As the MSEB vehicle is

going through that RF transmitter range then the

RF transmit current meter reading to MSEB

vehicle’s RF. MSEB vehicle RF receive that

reading with and send to microcontroller then

there is one option for saving of all meter reading.

These readings are uploaded to internet with the

help of GPRS.

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138 Wireless Automatic PCB

Drilling Machine

Creating holes on single or multilayer printed

circuit boards (PCBs) is an important stage in

electronic production. Holes of different sizes and

at a large number of positions (up to thousands)

must be drilled with high precision for manual or

automatic insertion of various electronic devices

and components. For this purpose, we have

designed and built an automatic PCB drilling

machine. The PCB pattern of the circuit

schematic diagram is drawn on the monitor

screen, with the help of software such as Orcad.

This pattern layout is printed out to make the

PCB, and it’s just from this layout the computer

will control the drilling automatically.

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139 CAN based vehicle anti

collision control system

The system utilizes vehicle-to-vehicle

(V2V) Dedicated Short-Range Communications

(DSRC) to share safety critical state information,

allowing for distributed implementation of our

provably safe algorithms. Safety is achieved in

potential collision scenarios by controlling the

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velocities of both vehicles with automatic brake

and throttle commands. Automatic commands can

never cause the violation of predefined upper and

lower speed limits. An IR sensor arrays are used

to detect the arrival of the vehicle in road. The

time taken for the IR sensor to travel the distance

from the system to the subject and back to the

system is accurately measured by the

microcontroller.

140 Automatic IEEE

Wireless Standard

ARM7 based image

Transfer robot with

robotic Arm

In this project we are using Microcontroller

LPC2138. DC Motor driver, IR sensors and

ZIGBEE is connected to microcontroller. When

we switch ON our robot and giving command

from pc through Zigbee module i.e. FORWARD

then our robot start walking forward when any

obstacle comes in front then it sense through IR

sensor and robot is STOP. It works same as left

and right Condition. If we are giving command

take image then camera start taking image and

microcontroller send that image data via zigbee to

PC side and PC side Zigbee receive that data of

image and display on the window of image in

VB. When we send command to hold and cut

wire then the robotic arm perform these actions.

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141 Industrial Monitoring

with android mobile

application using Wi-Fi

In this project we are continuously displaying &

monitoring sensor data. These data are transferred

through CC2500 RF module to control section.

We set threshold level of each sensor in

programming of microcontroller. If any of them

sensor value changes to threshold level then

control unit detect that data and start relay for

controlling. For example: if the temperature is

going above threshold level then it transmits data

to control unit. Control unit check data and start a

relay to control the temperature. We connect

fan/cooler in relay to control the temperature. All

these industrial sensors data are monitoring with

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our smart android phone. In control unit there is

Wi-Fi module is interfaced with microcontroller.

Through that Wi-Fi module all data are

transmitted to android mobile phone.

142 Power Consumption

Monitoring System

The microcontroller-based power consumption

monitoring system is an electronic device used to

continuously monitor the parameters of power

such as current, and meter reading etc at the

various points of an electric or electronics

devices. The entire system is controlled by the

microcontroller (AVR ATmega16) and it is the

real time monitoring of various parameters. This

system consist of LCD, signal conditioning

circuit for CT, current transformer, Comparator,

opto–isolator, energy meter, EEPROM and

buzzer etc. In this system we are continuously

monitoring data from current transformer. When

the load is connected the current will increase

then we can calculate the power consumption and

detect the theft of electricity. When theft is

detected then the buzzer started. Also we are

monitoring of meter reading.

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143 Tire Pressure Monitoring

in Real Time with

Vehicle Security

The main aim of the project is to design and

developed an advanced tire pressure monitoring

& vehicle security in the real time environment.

When anyone tries to thieves vehicle there is one

Finger print module for security purpose. Without

finger matching the vehicle ignition should not

start in case of theft.

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144 Fingerprint based

abortion tracking and

Child care system

In our project we have 2 units. Hospital unit and

SERVER unit. Whenever the couple comes to the

doctor for their registration in the 1st month of

pregnancy the mother has to register using a

fingerprint connected to software which is linked

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to the server PC via GSM. The mother and father

details (such as Name address Mobile no etc.) are

filled in the software also the mothers fingerprint

template is also registered. All this information is

then sent to the server unit. The server unit will

store this information in its data base.

145 Application of the

wireless sensor network

based on ZigBee

technology in

monitoring system for

coal mine safety

This article describes the design of a wireless

sensor network based on ZigBee technology. It is

mainly used for collecting and transferring the

various monitoring information about the coal

mine underground. Then the data will be analyzed

and processed in the monitoring system outside,

so that we can ensure the safety of the coal

production and effectiveness better

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146 Optical eye tracking

system (eye movement

based wheelchair

control)

We have endeavored to develop a means by

which eye gaze can be detected. This goal was

achieved using the same principles, where we

recorded the motor speed of a small hub fan using

the combination of IR emitter plus

phototransistor, henceforth referred to as an

emitter-phototransistor pair.

18K

147 Touch screen and zigbee

communication assistant

in airlines

The main aim of project is to construct a user

friendly multi-language communication system

for illiterate/dumb people traveling by Airlines.

As we have different languages in our world and

its impossible for us to know all the languages.

So, in this project we are building a device that

helps them in expressing their needs with other

language people (Air hostess) i.e. request them if

we need anything in the flight like coffee, tea,

drinks etc. we use GLCD and Touch screen

Technology to make it easy even to illiterates as it

is also included with images, which indicates the

needs. This even reduces the difficulty to

airhostess in receiving the customers with

different languages. Here for wireless

20K

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communication purpose we use Zigbee

technology.

148 Amphibian Military

Robot ( Land & Water)

The battlefield scenario is undergoing constant

changes and advancement has necessitated varied

weapon systems to suit diverse environments and

tactics. This has brought about a need for faster

engagement of targets with higher precision. In

order to negate the time lag between acquiring

and engagement of targets various systems are

under development. That being the backdrop the

idea of ‘Design and development of camera based

surveillance, target acquisition and automatic gun

control system’ was conceptualized.

20K

149 Artificial Hand Gripper

controller via Android

In this project we are focusing on the

development of a measurement hand gripper to

help handicap patient due to accident and

diseases. Typically, human hand motion can be

broadly divided into two categories as either

voluntary or involuntary. The former is

intentional, such as throwing a baseball or

changing the TV channel using a remote control

while the latter is unintentional movement. An

example of involuntary hand motion is the small

vibration in a person’s hand when trying to keep

his / her hand still, due to small imperfections in

the human body’s biomechanical feedback

mechanisms. Thus, an important part of this

mechanism is the loss of the neurotransmitter

dopamine in a group of brain structures that

control the movements. Its major manifestations

are variable but can include hand tremor,

slowness of movements, limb stiffness, and

difficulties with gait and balance. In healthy

people this involuntary hand motion is small but

those who are suffering from neurological

disorder, such as Parkinson’s disease, there is a

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significant hand tremor movement which makes

it difficult for the tremor patient to perform

desired tasks especially for holding and writing.

150 Wireless Based Load

Control and Power

Monitoring System

In this project, a novel ZigBee-based power

monitoring system (PMS) with direct load control

capabilities is proposed. In addition to the system

architecture design, a type of power monitoring

module (PMM) that uses ZigBee for wireless

communication and DSP for real- time power

parameters computation is developed. The

PMM can operate stand-alone and wirelessly

communicate with outside systems, which

make the deployment of the monitoring points

quite easy.

20k

151 Design and

implementation of

maximum power

tracking system by

automatic control of

solar panel direction

according to the sun

direction.

Here we are designing a System which will

automatically detect the position of the sun and

track its position in the sky using the solar panel

model. As the sunrays fall at a perpendicular

angle to the surface of the solar panel, this will

result in maximum production of voltage for the

whole day.

18K

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Other Project Ideas

1. Wheelchair Controller using Voice Recognition

2. IVRS System for College.

3. Automatic Rationing public Distribution System.

4. Grape health & high quality wine production monitoring using WSN.

5. Hand Gesture Based Robot Control using MATLAB.

6. Multi Crop Seed Drilling.

7. Smart Classroom.

8. Automatic Guided Vehicle System

9. Automatic Ration Dispensing System

10. Wireless Toll Plaza System

11. Android Based Robot Control

12. Pick & Place Robotic Application Based on Android

13. Hotel Management using Android phone

14. RF Id and Touch screen Based Petrol Filling Systems

15. Touch screen Based Hotel Management Systems

16. Touch screen based shopping Assistance system

17. Engine Chassis Number Recognition System using MATLAB

18. Token Display System using GSM

19. Health Monitoring System using Biomedical Parameters

20. Theft Detection for Electricity (Energy Meter)

21. Smart electricity meter with overload detection

22. Bus Information System

23. Advanced Home Security System

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24. Advanced Bike Security System

25. Car Security & Tracking System Based on ARM

26. Bike security using finger print & GSM

27. Total Home Security System

28. Finger Print based Attendance system with bank locker security

29. Security System for Apartments

30. Wireless Data Acquisition & Control using GSM

31. Motorized Locker using RF & GSM

32. RFID based Toll tax collecting with SMS support

33. LPG Gas Detection & Correction Techniques

34. Remote Monitoring of ECG Signal by using WAPU

35. Intelligent Trolleys for Transportation System

36. Wireless Patient Monitoring system using WSN

37. RFID Based Smart Attendance System

38. Autonomous Transportation using Image Processing

39. ZIGBEE Based Face Recognition System

40. Landslide Detection System

41. Railway Information System using GSM Technology

42. Finger tip Based Wireless cursor control

43. Fingerprint based attendance system with Java Based GUI

44. Wireless Sensor Network

45. Petrol Pump Automation

46. Electronic Lock using I-button & GSM

47. Real Time Bridge Monitoring

48. Weather Monitoring System

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49. Dual axis Solar Tracker

50. Prepaid Energy Meter

51. Voice Controlled Robot

52. Smart Building Management System

53. Automatic Toll Tax System using Height & weight

54. Biomedical Data Transmission System using ZIGBEE

55. Animal Tracking & Health Monitoring System

56. Armed Robotic Vehicle

57. Attendance Monitoring System using Bluetooth

58. Attendance Monitoring System using GSM

59. RF 2.4 GHz Based Advance Safe Parcel System using MEMS

60. GSM Based Navigation for Gun

61. Tire Pressure Monitoring System

62. PID Controller Based DC Motor control

63. Swarm robotics

64. Hotel Management

65. Design Traffic light control by using CAN bus

66. Car AC control using CAN Protocol

67. Fuzzy Based Vehicle Speed Control

68. Autonomous Parallel Car Parking

69. ZIGBEE based Water Quality Measurement

70. Barcode Based Employee Attendance System

71. Library Management System

72. Field Pump Motor using GSM modem

73. Greenhouse House automation using Zigbee Network

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74. Accident locator and Service Provider System

75. Room Surveillance System (Object Detection and Tracking)

76. Automatic Energy Efficient Photovoltaic System for mobile Charging

77. Digital stethoscope and blood pressure monitoring

78. Electronic toll plaza using height, weight and I button

79. Web based ECG monitoring system using GSM

80. Real Time patient Monitoring System

81. Automatic railway gate crossing controller & track switching

82. Automated Car Parking system

83. Obstacle detection using fuzzy algorithm

84. Wireless weather monitoring system & irrigation control

85. Collision avoidance systems for cars

HADI 7276001727 [email protected] INNOVATIVE ... · Vehicular Clouds. (IEEE 2014) The...

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