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PROJECT
AUTOMATION OF TOLLGATE
PRESENTED BY
M.SRINIVAS
M.PRAVEENA
KUMARI
M.HARI CHANDRA

INTRODUCTION
• Toll gate Automation is designed to automatically keep track of the vehicle’s movement, record
the time and the details like Owner’s name, date of registration, vehicle model etc.
• This system is very useful for automatic vehicle tracking, time management and also for
automation of Toll gate. This project explains the implementation of Toll Gate Automation which is
a step of monitoring of vehicles, traveling in predetermined routes.
•Then this information about the source (vehicle) is displayed and Toll is deducted and stored for
future use.

SYSTEM ANALYSIS
•Existing System :
•First is the traditional manual method where one person collects the money and issues a receipt. There are two
ways of collecting toll tax being in practice at present. other is two way receipt exists for 24 hours
• The other one is Smart Card system where the person needs to show the smart card to the system
installed at the toll tax depot to open the barrier
• Proposed System :
• Each vehicle will be provided by an RF TX tag containing a unique ID. When the vehicle will reach at the toll
booth the RF receiver will detect these RF signals.
• The signals are amplified and are passed to microcontroller.
• Now, with the help of PC interface unit the data collected is passed to PC through serial port.

ADVANTAGES
• Automatically keep track of the vehicle’s movement.
• Record the time and the details like Owner’s name.
• Date of registration, vehicle model etc.
• Used for reference of Ciber crime enquiry in future.
• Automatic collection of toll tax.
• Time Saving.
• Free Flow of Traffic.etc

MODULES:
•Admin:
•Toll gate Automation is designed to automatically keep track of the vehicle’s movement, record the time and the details like
Owner’s name, date of registration, vehicle model etc.
•Registration of owner:
• Automation of toll gate records the time and the details like Owner’s name, date of registration, vehicle model.
•Track details:
• It explains the implementation of Toll Gate Automation which is a step of monitoring of vehicles, traveling in predetermined
routes.

3.FEASIBILITY STUDY
•“All projects are feasible given unlimited resources and infinite time“.
•Feasibility has applied to Maintenance of Elementary School Data pertains to the following areas:
 Technical feasibility
 Operational feasibility
 Economical feasibilty

HARDWARE AND SOFTWARE REQUIREMENTS
•Hardware Requirements
• Processor : Dual Core
• Ram : 1GB (or) Higher
• Hard disk : 160GB

•Requirements
•
• Technology : Java 2 Standard Edition, JDBC
• Web Server : Tomcat 7.0
• Client Side Technologies: HTML, CSS, JavaScript
• Server Side Technologies: Servlets, JSP
• Data Base Software : MySQL
• Operating System : Microsoft Windows
• IDE : Eclipse
•
•

SYSTEM ANALYSIS
• SOFTWARE REQUIREMENT SPECIFICATION
• The SRS is the means of translating the ideas of the minds of clients (the input) into a formal document (the output of the requirement
phase.)
•The SRS phase consists of two basic activities:
1) Problem/Requirement Analysis:
• The process is order and more nebulous of the two, deals with understand the problem, the goal and constraints.
1) Requirement Specification:
• The Requirement phase terminates with the production of the validate SRS document. Producing the SRS document is the basic goal of
this phase.

5.SYSTEM DESIGN
• System design is transition from a user oriented document to programmers or data base personnel.
• It provides the understanding and procedural details necessary for implementing the system recommended
in the feasibility study.
•SOFTWARE DESIGN
•In designing the software following principles are followed:
• Modularity and partitioning
• Coupling:
• Cohesion:
• Shared use

2INPUT/OUTPUT DESIGN
• Input Design:
• The input design has been done keeping in view that, the interaction of the user with the system being the
most effective and simplified way.
•
 Controlling the amount of input
 Avoid unauthorized access to the classroom.
 Eliminating extra steps
 Keeping the process simple
• At this stage the input forms and screens are designed

• Output design:
• All the screens of the system are designed with a view to provide the user with easy operations in simpler
and efficient way, minimum key strokes possible.
• user can operate the system without much help from the operating manual.

IMPLEMENTATION
• OVERVIEW OF SOFTWARE DEVELOPMENT TOOLS
• 6.1 HTML
• Html is a language which is used to create web pages with html marking up a page to indicate its format,
telling the web browser where you want a new line to begin or how you want text or images aligned
and more are possible.

• 6.2 JAVA SCRIPT
• Java script originally supported by Netscape navigator is the most popular web scripting language today
• . Java script lets you embedded programs right in your web pages and run these programs using the
web browser.
•6.3 MySql
•JDBC DRIVERS:
• The JDBC API only defines interfaces for objects used for performing various database-related tasks like
opening and closing connections, executing SQL commands, and retrieving the results.
• JAVA SERVER PAGES (JSP)
• Java Server Pages (JSP) technology enables you to mix regular, static HTML with dynamically generated
content.

•6.5Apache Tomcat
• Apache Tomcat is a web Server.Tomcat is the Servlet/JSP container that implements the Servlet 2.4 and
JavaServer Pages 2.0 specification.
• . It also includes many additional features that make it a useful platform for developing and deploying web
applications and web services.

SOFTWARE TESTING
• Testing
• Software testing is a critical element of software quality assurance and represents the ultimate review of
specification, design and code generation
•TEST CASE DESIGN:
•White box testing
•White box testing is a testing case design method that uses the control structure of the procedure design to
derive test cases.
•Black Box Testing:
• Black Box Testing attempts to find errors in following areas or categories, incorrect or missing functions,
interface error, errors in data structures, performance error and initialization and termination error

• Unit Testing:
• Unit testing is essentially for the verification of the code produced during the coding phase
and the goal is test the internal logic of the module/program.
• In this phase all the drivers are tested they are rightly connected or not.
•Integration Testing:
• All the tested modules are combined into sub systems, which are then tested. The goal is to
see if the modules are properly integrated, and the emphasis being on the testing interfaces between the
modules.
• Validation Testing
• This testing concentrates on confirming that the software is error-free in all respects. All the specified
validations are verified and the software is subjected to hard-core testing.

•System Testing
•
• This testing is a series of different tests whose primary is to fully exercise the computer-based system.
This involves:
 Implementing the system in a simulated production environment and testing it.
 Introducing errors and testing for error handling.
•

CONCLUSION:
• The Automation Of Toll Gate project has been successfully completed. The goal of the system is
achieved and the problems are solved. This project is developed in this manner that is user friendly and
required help is provided at different levels.
• By doing automation of toll plaza we can have the best solution over money loss at toll plaza by
reducing the man power required for collection of money and also can reduce the traffic indirectly
resulting in reduction of time at toll plaza.
•

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PROJECT.ppt (6).pptx

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