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Design of smart home remote monitoring
system based on embedded systemABSTRACT
This paper introduces a smart home system which could supervise householdappliances remotely and realize real-time monitoring of home security status through
mobile phone. The paper also describes the realization of system hardware and
software in detail. This System combined embedded technique with GSM. Design
adopted the Liod platform for master control system which core processor is PXA270
Xscale and singlechip expansion module to realize the information collection, analysis
and processing. GSM module communicated to transmit all the information gathered
by this system. Design also realized the video data acquisition, which can be
transmitted via wireless or cable network to monitoring center to remotely
understand the house condition. On the whole, through this system we can remotely
and real-time monitor house status.
A wireless power outlet system for smart
homesABSTRACT
This paper presents the design and implementation of a wireless-controllable power
outlet system for home automation networks. The proposed power outlet module
integrates a ZigBee radio into its architecture. It acts as an actuator node in the
home automation networks for remote control operations. A prototype of the power
outlet module following the proposed architecture has been implemented. A testbed
of a simple home automation network for validating the basic functions of the power
outlet module has also been created. Results of the demonstration experiment show
that the proposed power outlet module enables easy and flexible control of various
home appliances with little infrastructure. It helps us add more intelligence into the
home environments rapidly.
Integration of Technologies for Smart HomeApplication
ABSTRACT
This paper discusses the design and implementation of a prototype system which
integrates various existing technologies for home monitoring and control that fits
with the future smart home concept. The system provides two way communications
between home appliances /electronics devices, and a mobile phone. The home
devices which are connected wirelessly using Bluetooth technology to a home server
can be monitored and controlled via the mobile phone using a portable MIDlet
application. The prototype system supports three main services: monitoring the
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status of devices; controlling their setting through configurations that are device
dependent; and periodic notification of the status of all devices. The wireless
technologies to realize the project are GSM and Bluetooth. J2ME for the mobile
application, Java for the server application, and C for the microcontroller application
are the programming languages used in the prototype system.
InfoPods: Zigbee-based remote informationmonitoring devices for smart-homes
ABSTRACT
Recent developments in ad-hoc wireless networks, single-chip embedded systems
and the wide-spread availability of Internet in homes has made it possible to
remotely monitor status of external data sources and home appliances using small,
independent wireless devices. This paper presents an open-architecture and an
implementation of such a system called the IPnfopods System. This architecture is
based on a Zigbee-based controller. The architecture allows multiple family members
to simultaneously monitor their home appliances as well as external Internet
resources using cheap, stand-alone hand-held mobile wireless devices. The proposed
architecture can be easily integrated with existing smart-home systems. The
architecture is implemented and demonstrated in the context of an existing Java-
based smarthome architecture.
A Design of Smart Home System Based onB/S Mode
ABSTRACT
Presently Research of Smart Home System usually adopts C/S Structure that causes
lower system flexibility. A design of smart home system based on B/S mode
proposed increasing system flexibility and achieves a Thin Client. Design a smart
home system, the system function modules are given a specific design, and
describes the system implementation process.
Integration of Technologies for Smart HomeApplication
ABSTRACT
This paper discusses the design and implementation of a prototype system which
integrates various existing technologies for home monitoring and control that fits
with the future smart home concept. The system provides two way communications
between home appliances /electronics devices, and a mobile phone. The home
devices which are connected wirelessly using Bluetooth technology to a home server
can be monitored and controlled via the mobile phone using a portable MIDlet
application. The prototype system supports three main services: monitoring the
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status of devices; controlling their setting through configurations that are device
dependent; and periodic notification of the status of all devices. The wireless
technologies to realize the project are GSM and Bluetooth. J2ME for the mobile
application, Java for the server application, and C for the microcontroller application
are the programming languages used in the prototype system.
Smart Home Mobile RFID-Based Internet-of-Things Systems and Services
ABSTRACT
Smart homes can apply new Internet-Of-Things concepts along with RFID
technologies for creating ubiquitous services. This paper introduces a novel read-out
method for a hierarchical wireless master-slave RFID reader architecture of multi
standard NFC (Near Field Communication) and UHF (Ultra High Frequency)
technologies to build a smart home service system that benefits in terms of cost,
energy consumption and complexity. Various smart home service use cases such aswashing programs, cooking, shopping and elderly health care are described as
examples that make use of this system.
Smart home gateway for smart gridABSTRACT
This paper presents a smart home computing platform architecture that extends
smart home network to be compatible for smart grid integration. The proposed
hardware architecture along with a tailored software algorithm empowers utility
companies and homeowners to communicate bi-directionally with home appliancesvia a public mobile network to monitor and manage power consumption of home
appliances. The platform also enables homeowners to operate, monitor and control
their home appliances locally via a control panel and remotely via their mobile
phones.
e2Home: A Lightweight Smart HomeManagement System
ABSTRACT
Most of the latest system for controlling home appliance remotely have used webserver as the interface between users and home network. Although the system that
adopts web server offers many advantages, this approach requires a fix IP (Internet
Protocol) address and remote users require high-speed connection in order to access
the web interface due to the heavy loaded Graphical User Interface (GUI) and
interactive components of the web interface. To alleviate the above problem, we
have developed e2Home which enable remote user to manage smart home
appliances in connection scarce environment. e2Home uses email as the
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communication medium between users and home network. In this paper, we
describe the concept and design of e2Home. We also demonstrate the feasibility
experiment by implementing e2Home with cost-effective home appliance controller
and mobile robot. The result of our implementation shows that e2Home is feasible to
be applied in smart home environment.
The Smart Home Concept : our immediatefuture
ABSTRACT
This general paper aims at presenting the Smart Home concept. In this paper, we
will detail a) the Smart Home concept b) the various networks infrastructures specific
to the habitat c) our concepts to model the habitat and to provide the most adapted
services to the inhabitants. Contrary to the other projects, we direct our work
towards a sensors approach and an ontology modelling of the Smart Home. Our work
has the originality to take into account the real heterogeneity of information present
in a habitat and use a service oriented approach (SOA). We can say that our paper is
a good overview to present what is a Smart Home and which are the necessary
hardware and software components to make a Smart Home
A Framework for an End-to-End SecureWireless Smart Home System
ABSTRACT
This paper describes a complete framework for an end- to-end smart homemonitoring and control system. The communication with all components of the
system is done using a variety of wireless technologies. The system incorporates
security features at both ends that prevent unauthorized access as well as assign
privileges to the users. The complete prototype smart home system was
implemented and it supports three main services: monitoring the status of devices,
controlling their settings through configurations that are device dependent, and
periodic notification of the status of devices. The prototype system has a modular
structure that enables the incorporation of additional components and services.
Beyond the Smart HomeABSTRACT
Due to progress in wired and wireless home networking, sensor networks, networked
appliances, mechanical and control engineering, and computers, we can build smart
homes, and many smart home projects are currently proceeding throughout the
world. However, we have to be careful not to repeat the same mistake that was
made with home automation technologies that were booming in the 1970s. That is,
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[total?] automation should not be a goal of smart home technologies. I believe the
following points are important in construction of smart homes from users??
viewpoints: development of interface technologies between humans and systems for
detection of human intensions, feelings, and situations; improvement of system
knowledge; and extension of human activity support outside homes to the scopes of
communities, towns, and cities.
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On Designing and Verifying Smart Home
Embedded Software Model Based on AADLABSTRACT
This paper introduces an embedded system of smart home development with AADLin, which is useful to analyze requirement, design software model, and verify
relations between hardware and software in an embedded system. AADL is very
convenient and scaleable to manage home equipment in smart home system, and
enhance the developing quality of embedded software.
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The Analysis and Implementation of Smart
Home Control SystemABSTRACT
Smart home controller have been used in many cases, user can monitor and controlthe electrical device in home from distance through Internet. In this paper we
introduced the implementation of smart home controller. The system consists of
three subsystems: embedded controller, signal converter and terminal device. To
enable the user manage the controller anywhere and anytime on different terminal,
the B/S architecture is selected. As the system consists of many different sensors
and actuators, the controller should parse different protocols. Furthermore, to make
the new actuator can add to the system, the address learning method was
introduced.