This document discusses using Intelligent Transportation Systems (ITS) to solve traffic problems in Solapur City, India. It proposes using ITS applications like wireless traffic control, public transportation management using GPS for buses, electronic toll collection, and traffic accident prevention systems. The goals are to improve traffic flow, public transportation operations, revenue collection, and enhance public safety. ITS can integrate technologies like sensors, communication networks and computer systems to manage traffic and transportation more efficiently.

1. INTELLIGENT TRANSPORTATION SYSTEM
(ITS) FOR SMART CITY SOLAPUR.
PRESENTED BY-
BASAVARAJ P.
UNDER GUIDANCE OF-
PROF.ASHOK KUMAR SIR.
SMARTER SOLUTION FOR BETTER TOM0RROW

2. SMARTER SOLUTION FOR BETTER
TOMORROW
 Government to spend INR 1,400 crore (US$ 226 million) over the
next two years on incentives and subsidies for makers and buyers of
electric vehicles as part of an effort to have at least six million
electric vehicles on Indian roads by 2020
 Delhi to be the first city in India to install intelligent traffic lighting
systems
 The use of bio-fuels being encouraged with an ethanol-blending
program to curb India’s oil imports
 Road accidents in developing countries have declined even as
vehicle sales have risen; while Indian fatalities have soared by 50
percent in the last decade.
 Development of green highways

3. INTELLIGENT TRANSPORTATION
SYSTEM (ITS)
“Intelligent Transportation Systems (ITS) is the
application of computer, electronics, and
communication technologies and management
strategies in an integrated manner to provide
traveler information to increase the safety and
efficiency of the road transportation systems.”

5. ITS Applications
Solapur city traffic problems can be solved by
using following ITS applications.
Wireless Traffic Control System
Public Transportation System (SMC Bus
System)
Accidents Contolling (Target of No accidents )
Revenue/Toll collection (ETC)
Routes Guidance & Traffic updates (GPS)
Advance vehicle control and enhance public
safety systems (Speed detectors,sensors etc.)

8. Wireless Traffic Signal Control
 This service collects the real time data from the transportation system,
processes it into usable information, and uses it to determine the optimum
assignment of right-of-way to vehicles and pedestrians.
 This helps in improving the flow of traffic by giving preference to transit
and other high occupancy vehicles or by adjusting the signal timing to
current traffic conditions.
 The information collected by the Traffic Control service is also diss -
eminated for use by many other user services.

10. Route Guidance & Traffic Updates
 This service provides information to the travellers with a
suggested route to reach a specified destination, along with
simple instructions on upcoming turns and other obstructions.
 This also provides travellers of all modes the real-time
information about the transportation system, including traffic
conditions, road closures, and the status and schedule of
transit systems.
 The benefits of this service are reduced delay and drivers
stress levels particularly in an unfamiliar area.

11. Public Transportation Operations
This group of service is concerned with improving the
public transportation systems and encouraging their
use. Fig shows different public transportation
facilities. This group is divided in following services
which are described as below
Facilitating the
Development of
Urban Bus
Systems
Improving the
Operational
Environment of
Urban Bus
Systems
Providing a
Healthy
Operational
Environment of
Mass Rapid
Transit Systems
Enhancing the
Service Quality of
Rapid Transit
Systems

12. SMC BUS MANAGEMENT USING ITS
GPS

13. Public Transportation Management
This public service collects data through advanced
communications and information systems to improve the
operations of vehicles and facilities and to automate the
planning and management functions of public transit systems.
How ITS is applicable:
Global Positioning System(GPS) to monitor movement of
buses.
GPS-enabled electronic ticketing machines for monitoring
revenue collection.
Public information system through monitors at bus-
stop,SMS,internet & mobile apps.

15. E-TOLL COLLECTION
This application area includes interface
between toll or parking management facility
and vehicles that would pay the toll or fee.
This interface supports reading vehicle and
processing electronic identification and
associated account information.
Toll can be paid through SMART CARDS By
using electronic toll collector (ETC) System.

16. TOLL COLLECTION (ITS SENSOR)

17. Goal: Enhance Public Safety
VISION
Improvement of travelers safety by providing
advance warning by implementing crash counter
measures
GOAL Enhance public safety
OBJECTIVE
Promote safety of
transportation facility
Reduce crashes on
freeways
and streets
FUNCTIONS
 Monitoring of rest
areas.
 Provide public
safety at park and
ride lots
 Coordinate
emergency
response using
appropriate agency
 Implement crash
counter
measures at high accident
locations.
 Implement work zone
safety measures.
 Install traffic signs
signals and road
marking.
 Remove obstruction
from the incident scene.

18. ACCIDENT CONTROL

19. OBSERVATIONS ON
TRAFFIC RULES
 It detects the spot speed of the
perticular vehicle using RADAR
sensor rays.
 Who drive the vehicles more
speedily than allowable limit
then they will pay fine.
 If the load is beyond the limit
of road then user can pay
fines.

20. Integrating ITS into Transportation planning
Integrating ITS into transportation planning process require
overcoming some obstacles and some changes in the
business practices of many institutions. The major challenges
in main streaming ITS into everyday operations of
transportation agencies are:
 Institutional coordination and cooperation for sharing
information and data
 Technical compatibility among ITS projects
 Human resource needs and training
 Financial constraints and opportunities to involve the private
sector.

21. THANK YOU
P.BASAVARAJ
9604231883
PRESENTED BY
WALCHAND INSTITUTE OF TECHNOLOGY