DESIGN AND SIMULATION OF TRAFFIC CONTROL SYSTEM FOR A T-JUNCTION A CASE STUDY OF ESUT-IMT ROAD JUNCTION

ABSTRACT

The aim of this design work is to allow traffic light to rotate over a designated time interval between the two roads concerned i.e IMT and ESUT Junction. This design will control and monitor devices and cars within its environment i.e the junction. 
It will as well steer small vehicles showing them how to obey the traffic instructions coming from the traffic signals. The system is designed to operate in a red time mode to monitor the volume of traffic light. 
The project will determine whether any of the devices is defective and of the same time, send signals to indicate faulty devices. The software also includes the maintenance of these devices giving warning signs wherever a fault is detected. 
The software is designed to detect the flow of traffic showing how and when vehicles will be passed or in order words, it is the aim of the project to solve problems as a result of manual and simulate the existing system into a new system.

TABLE OF CONTENTS

Title Page
Certification 
Dedication 
Acknowledgement 
Abstract 
Organization of the work

CHAPTER ONE
1.0Introduction
1.1Statement of problem 
1.2Purpose of the study
1.3Aims and objectives 
1.4Scope or Delimitations 
1.5Limitations and constraints 
1.6Assumptions
1.7Definition of terms 

CHAPTER TWO
2.0Review of related literature 

CHAPTER THREE
Description and analysis of the existing system 
3.1Fact finding methods 
3.2Organizational structure  
3.3Objectives of the existing system
3.3Input, process, output analysis
3.4Input, process, output analysis
3.5Information flow diagram
3.6Problems of the existing system
3.6Justification of the new system

CHAPTER FOUR
Design of the new system 
4.1Output specification and design 
4.2Input specification and design
4.3File design 
4.4Procedure chart 
4.5System flowchart
4.6System requirement

CHAPTER FIVE
Implementation 
5.1Program design 
5.2Source program  
5.3Program flowchart  
5.4Pseudocades
5.5Test run

CHAPTER SIX           
Documentation 
6.1System documentation
6.2Program documentation
6.3User documentation

CHAPTER SEVEN
Conclusion and Recommendation
7.1Conclusion 
7.2Recommendation 
Bibliography

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APA

Kings, S. (2018). DESIGN AND SIMULATION OF TRAFFIC CONTROL SYSTEM FOR A T-JUNCTION A CASE STUDY OF ESUT-IMT ROAD JUNCTION. Afribary. Retrieved from https://afribary.com/works/design-and-simulation-of-traffic-control-system-for-a-t-junction-a-case-study-of-esut-imt-road-junction-5465

MLA 8th

Kings, Solomon "DESIGN AND SIMULATION OF TRAFFIC CONTROL SYSTEM FOR A T-JUNCTION A CASE STUDY OF ESUT-IMT ROAD JUNCTION" Afribary. Afribary, 29 Jan. 2018, https://afribary.com/works/design-and-simulation-of-traffic-control-system-for-a-t-junction-a-case-study-of-esut-imt-road-junction-5465. Accessed 20 Apr. 2024.

MLA7

Kings, Solomon . "DESIGN AND SIMULATION OF TRAFFIC CONTROL SYSTEM FOR A T-JUNCTION A CASE STUDY OF ESUT-IMT ROAD JUNCTION". Afribary, Afribary, 29 Jan. 2018. Web. 20 Apr. 2024. < https://afribary.com/works/design-and-simulation-of-traffic-control-system-for-a-t-junction-a-case-study-of-esut-imt-road-junction-5465 >.

Chicago

Kings, Solomon . "DESIGN AND SIMULATION OF TRAFFIC CONTROL SYSTEM FOR A T-JUNCTION A CASE STUDY OF ESUT-IMT ROAD JUNCTION" Afribary (2018). Accessed April 20, 2024. https://afribary.com/works/design-and-simulation-of-traffic-control-system-for-a-t-junction-a-case-study-of-esut-imt-road-junction-5465

Document Details
Field: Computer Science Type: Project 54 PAGES (6352 WORDS) (doc)