RECYCLING COLLECTION INFORMATION SYSTEM

7/30/2019 RECYCLING COLLECTION INFORMATION SYSTEM

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RECYCLING COLLECTIONINFORMATION SYSTEM

Agasha Ochneva-Glendam Baysal -Roya Olyazadeh


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Contents

1. Application description ....................... .......................... .......................... ......................... ................ 3

1.1. The proposed analysis task ........................... .......................... .......................... ........................ 3

1.2. Where it will be applied to ........................... .......................... .......................... ........................ 3

1.3. Which data is available, required or collected in the field ........................ .......................... ....... 3

1.4. Which elements from the reality will be represented ........................... ......................... ........... 3

2. GIS elements ......................... .......................... .......................... ......................... .......................... ... 4

2.1. Geographical elements organized into layers ......................... .......................... ........................ 4

2.2. Feature classes (geospatial objects and fields) ........................ .......................... ........................ 4

2.3. Non-geospatial objects and their relation to the geospatial ones .......................... ................... 5

3. UML Models .......................... .......................... .......................... ......................... .......................... ... 5

3.1. Use Case diagram ........................ .......................... .......................... ......................... ................ 5

3.2. Class diagram showing the package organization ........................ ......................... .................... 6

3.3. Class relations of the system ........................ .......................... ......................... ....................... 10


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1.Application description

Recycling Collection Information System:

Recycling saves energy, reduces raw material extraction and combats climate change. The vast

majority of studies have found that recycling our rubbish is better for the environment ratherthan incinerating or land filling it.

1.1.The proposed analysis task

The project will work for the recycling company to manage recycling collection process. In this

system user has options to store data about recycling materials and to create route for transport

units which collecting the material from collection points and deliver it to storage points.

1.2.Where it will be applied to

We decide to develop our project on recycling collection information system for the Volgograd

city municipality in Russia.

Currently the local government doesnt have an information system for recycling collection.

Without any information system, especially because of the size of the city the traffic problem is

growing day by day. In order to manage the recycling process to have an information system

will be helpful for the local government to organize the works.

1.3.Which data is available, required or collected in the field

1. Road network

2. Recycling collection areas

3. Recycling storage areas

4. Geospatial data for the city map with satellite images

1.4.Which elements from the reality will be represented

Collection points with 3 different types: green for glass, blue for paper and yellow forplastic containers.

Storage points,

Routes of the trucks which will collect recycling materials.

Road network.


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2. GIS elements

2.1.Geographical elements organized into layers

The Reference Network Layerwill contain the road data.

The Route Features Layercontains more complex features that are built from the linksin the Reference Network Layer. Route Features might be truck routes.

The Event Layer contains a wide range of objects that are related to the ReferenceNetwork or the Route Features. Such as collection points and storage points.

2.2.Feature classes (geospatial objects and fields)

Points : Collection and storage points, road junctions

Lines: Road network, paths

Intersection : A type of Transport Junction representing a point of connection between two ormore TransportEdges of the same type where a MobileObject may be routed from oneTransportEdge to another. Intersections may have subclasses distinguished by their controlcharacteristics (e.g., FourWayStop, Roundabout, Cloverleaf)

Road:Any TransportEdge intended to represent a right-of-way for one or more types of variable-path, land-based MobileObjects (e.g., automobiles, trucks, bicycles). Each Road may becomposed of one or more lanes, one or more CarriageWays, or both.

Path :The geographic representation of route which is connecting collection and storage points.

Vehicle:A type of powered Mobile Object, such as an Automobile, Truck, or Ship, that is

capable of propelling itself or being propelled across the network.

MobileObject:An object representing any type of medium through which people or commoditiesare transported along a TransportEdge. Examples of MobileObjects include Pedestrians,

Airplanes, Automobiles, Bicycles, Trucks, Ships, Buses, RailCars, and EmergencyVehicles.MobileObjects can be further subtyped by function or other characteristics (e.g., power source,size, weight, axles).

Activity:One of several types of features that represents a planned operation. Activities arelinearly referenced to the network. Activities can have point, line, or polygon spatialrepresentations. Examples include ConstructionPoint, ConstructionLine, and ConstructionPoly.

ActivityLine:Any Activity with a linear representation.

ActivityPoint:Any Activity with a point representation.


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2.3.Non-geospatial objects and their relation to the geospatial ones

Operator: Creates routes for recycling collection information system.

Collector: Collecting, carrying and putting recycling material to the storage places.

Recycling company: Recycling the material.

3. UML Models

3.1.Use Case diagram

Local government signs contract with Garbage Collection Company. This company has

recycling collection information system. This system has three users which are operator,

collector and recycling company.

- OperatorOperator is creating the route in recycling collection information system for each truck

every term (assuming once a week).

- Collector

Company Collector is checking the route in the system which has been created by the

Operator. After taking recyclable material from each place, collector marks in the system

the place that he collects the recyclable material. Collector carries the recyclable material

then he will put them to the storage. Then he inputs information about the amount and type

of the material into the system.

- Recycling company

Recycling company can connect to the system to check how much and what type of

materials were collected to recycle.


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3.2.Class diagram showing the package organization

For the recycling collection information system 3 packages have been chosen to represent.

These are Reference network package, mobile object package, activities package.


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Reference Network Package:

It represents transportation network.


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Mobile Object Package:

The mobile object package contains those objects includes in transportationrelated activities

that can be transported across the reference network.


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Activities Package:


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3.3.Class relations of the system

RECYCLING COLLECTION INFORMATION SYSTEM

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