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Digital Road

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حسام سعد

on 4 June 2014

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Transcript of Digital Road

Palestine Polytechnic University

College IT and Computer Engineering
College of Engineering and Technology
Hardware
Image by Tom Mooring
Digital Road
Observation and Serving




Introduction to Graduation Project:
Digital Roads - Observation and Serving

Project Team :
Ala' Manasrh,Haneen Manasrh,Yazeed Aljunedi
Husam Sa'ed ,Samer Alqadi

Project Supervisor's:
Dr. Amal Al-Dwiek , Eng. Ayman Wazwaz
Hebron – Palestine

January, 2014
Outline
Project Description
Motivation
Related Work
Hardware
Software
Conclusion
Project description
The project aims to build a system, which will be used for observing and monitoring the street traffic and most of the violations done by the drivers on the roads.


The car location identified by a GPS receiver -implanted in the car- will be transferred over the car's Zigbee chip to the street node-Zigbee pro chip- and then to the server using a GPRS modem.
Motivation
Software
Reduce the traffic crisis Problem.

Auto theft issue will be controlled.

The fastest accidents notifications
Analysis :
- Usecase Diagram
- Objects-Relational Model
-State Diagram
-Elaboration of component

Design :‏
- Interfaces

Conclusion
Android device interface for driver
Android device interface for Policeman
Agenda
Project description
objectives and motivation
Requirement
Risks
Analysis
Design
Conclusion
Project description
The project aim to build a system, which will be used for observing and monitoring the street traffic and most of the violations done by the drivers on the roads.


The car location identified by a GPS receiver -implanted in the car- will be transferred over the car's Zigbee chip to the street node-Zigbee pro chip- and then to the server using a GPRS modem.
Thank You ...
Server interface
Project Subsystem

Overall System Diagrams :
- System Block
- Overall System (Environment)
- Flow Chart
Figure 6.15 & 6.16
The General Fixed Node
Figure 6.17 & 6.18
Core Fixed Node
Figure 6.19 & 6.20
Traffic light sub-system
Figure 6.13 & 6.14
Car sub-system
Figure 6.21: overall system block diagram
Figure6.22: overall system
Figure 6.23: overall system
flowchart
Figure 4.1: Use Case Diagram
Figure 5.1: Server UML Diagram
Figure 5.2: Driver UML diagram
Figure 5.3: Policeman UML diagram
Figure 5.5: GSMSerial State
Diagram
Figure 5.18: Elaboration of a design component 1(Server)
Related Work
Traffic Message Channel (TMC)

Vehicle Information and Communication System (VICS)

Intelligent traffic with automatic violation system

Innovative congestion control system for ambulance using ZigBee
Figure 5.42: Server interface
(main screen)
Figure 5.43,44,45,46: Policeman interface (1),(2),(3),(4)
Figure 5.47,48 : Driver interface (1),(2)
Driver
Policeman
Full transcript