This document proposes an intelligent traffic management system using sensors and wireless communication. The system aims to create smooth traffic flow, allow for unobstructed movement of emergency vehicles, reduce travel time, and increase road capacity without changing road layout. It would work by polling sensor data, processing it to modify traffic light timers, and transmitting messages to notify special vehicles and dynamic message boards. Pseudocode and design models are provided. The conclusion states the system would ensure smooth traffic flow via green waves, prioritize special vehicles, make intelligent decisions based on traffic volume, and be simple and efficient.

1. N SRI KRISHNA YADAV(2011H140031H)
PEEYUSH PASHINE(2011H140033H)
PRAVESH TAMRAKAR(2011H140036H)
B ANUSHA(2011H140039H)

2. CURRENT SCENARIO
 Independent traffic light controllers with pre-set
timings
 Traffic congestion leading to increase in travel time
 Possibility of emergency vehicles being caught up in
traffic
 Transportation infrastructure cannot be altered

3. PURPOSE
 Smooth traffic flow
 Unobstructed movement of emergency & VIP vehicles
causing minimum disruption of normal traffic
 Travel time reduction
 Increased road capacity without changing the road
layout

4. INTRODUCTION
 Traffic management using intelligent decisions based
on current traffic situation
 Sustainable & balanced transportation system
 Application of ICT in traffic management solutions
 Data gathering and provision of feedback
 Improved safety,energy efficiency,environmental
quality,travel time etc

5. APPLICATION
 Users’ perspective
 Green wave effect creation on roads with additional
feature of special vehicle pre-emption
 Target elements
Traffic light controllers
Message boards
Special vehicles

6. ASSUMPTIONS
SECONDARY
ROAD
PRIMARY
ROAD
•Two-way primary and secondary roads
•Traffic volume in primary road is greater than in
secondary ones
•Special vehicles equipped with mechanism to notify
themselves to the traffic controller

7. USE CASE APPROACH
COMPUTE
& MODIFY
TIMER
INTERVAL
TRAFFIC
SENSORS
LIGHT
DISPLAY
COMPUTE
& BLOCK
SPECIAL TRAFFIC
VEHICLES MESSAGE DISPLAY
BOARD

8. PROCESSES
 1.Sensor Polling
 2.Data processing
 3.Blocking
 4.Transmitting
 5.Receiving
 6.Waiting
 7.Display

9. PSEUDO CODE
While()
{
sensor polling();
compute();
transmitter ();
Receiver();
Display();
}
EVP //interrupt subroutine()
{ blocking();
Display();
wait();
}
Timer interrupt()
{
start timer();
Display();
transmitter ();
}

10. MODEL
TF1 TF2
TH1
TH
2
TH4 TH3
TF4 TH4 TF3 TH
TF3 3

11. DESIGN MODEL
Assertion
Data 1
Sources
Switching
timer
0
Assertion
Data
Sources

12. DESIGN MODEL
Assertion 1
Data
Sources Switching
timer
0
Assertion
Data
Sources

13. CONCLUSION
 Smooth traffic flow ensured by green wave effect.
 Priority given to special vehicles.
 Intelligent decisions based on traffic volume.
 Simple and computationally efficient.

14. Queries ?

15. THANK YOU