Vehicle Tracking System is the android project,in this we can track the vehicle using GPS location. Book the vehicle using android app.

1. 1 Introduction
This project is about the tourist management system in which we are creating the
android application for tourist agency to find the exact location where clients are waiting
for cab with some requirements. In this system, the client will provide location from
where he wants the vehicle at what time and to which station client wants to go. This
information can be saved into the server’s database. The server will check different things
with respect to the client’s need. In which the server will first check the timing i.e. when
the client need the vehicle and check their nearby vehicle around the client entered
address. The server will pick the empty cab nearby the entered address and notify the
driver that client wants the cab. If the request is accepted by the driver, details of driver
will sent to server and server will sent driver information to client. If the request is
rejected by driver, server will check another driver and do the same process. If no one is
available then server will inform the client that they don’t have the vehicle for this
location.
1.1 Objectives of the project:
In our project we are providing android application for clients and cab driver and
clients are those who want the cab and cab driver who provide the service to client.
1.2 Scope of the Project:
This project is very useful for the tourist agencies will provide the services to their
client through the application. In this application all the vehicles of agency will show
their exact location i.e. the agency can track any vehicle at any time.
Now a day this agency can contact the clients by phone calling through the broker
agents. By using this application not only the client but the tourist agency can contact
directly to each other.
Client will book the cab at any time using this application by entering address and
time from which client wants to go. The server will show all the nearby cab with respect
to the specified location.
Cab driver will get the details from the server and he checks the details as per the
schedule then he will accept or reject the order. The application will be handled by
considering time and location.
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2. 1.3 Problem Definition:
In this application the client will book the cab by using android application. The
server will process the operation and send the details to the driver i.e. the server are
handling both the client and driver simultaneously. After getting the details from the
server the driver will accept the order and reach to client’s location otherwise reject the
order. If the request is rejected by the driver, the server will send the order to next nearby
cab driver.
2 Literature Review
2.1 Existing System
The tourist agency now a days use the phone calling system to connect the client.
The client will call the agency for booking the cab. The tourist agency will take their
location i.e. pick up and drop up point and call the cab driver to reach to the clients
location. This all communication is done through verbally via phone calling. Each one
has to connect with each other for the details. The tourist agency will take the location
and send the location to driver.
2.2 Proposed system
The phone calling system has various limitations such as to maintain a record, in
this the tourist agency as well as driver has to keep the data of the client. From a new
client who is outside from the city, this application is very useful to find the exact
location at which client wants to go.
The client will book the cab by using android application. The server will process
the operation and send the details to the driver. After getting the details from the server
the driver will accept the order and reach to client’s location otherwise reject the order. If
the request is rejected by the driver, the server will send the order to next nearby cab
driver.
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3. 2.3 Methodology/ Planning of work:
First we studied the details of radio cab system. We did check the drawback of the
current application in which they are using the phone call system. We gathered the
information about cab system and generated the requirement specification for our
application.
2.4 Bibliography: (References)
Books:
Software Engineering
By Roger. S. Pressman.
Web Sites:
www.google.com
www.wikipedia.com
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4. 3 Requirement Specifications
3.1 User interfaces
Client Application
Client Registration:
Booking
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5. My Profile Feedback
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6. Orders
Driver Application
Login Main Menu
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7. Bookings Inbox
Dispatch System Cab Location
Pervious Orders
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8. 3.2Software For development Machine:
- OS: Windows XP or above
- Front End: HTML5, PHP
- Back End: MySQL,
- Browser : Chrome / IE
- Other Tools: Eclipse for Android Programming.
Hardware For development Machine:
- Processor: C2D 2.0 GHz or above
- Memory: 4 GB or more
- N/W Card: 10/100/1000 MBps
- Other Requirements: Android Handsets with version 2.3 for
Testing
- Internet Connection
3.3Software For client:
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9. - OS: Windows XP or above, Android version 2.3 or above
- Browser : chrome / IE 10 or Above
Hardware For client:
- Processor: C2D 2.0 GHz or above
- Memory: 1 GB or more
- N/W Card: 10/100/1000 MBps
- Other Requirements: Internet Connection
- Android Device with ver. 2.3 OS
Internet Connection
3.4 Functional requirements
This section describes the high level functionality of the Navigation system.
Process Car Owner Registration
Functional
Specifications
• This process contains owner name, address, mobile no,
username and password and confirms password fields.
• The field name should contain only alphabets.
• The field address should contain multiline.
• The field mobile no. should contain only 10 digits.
• The password field should contain min. 8 characters.
• The field owner id will automatically generated at the time of
submit.
• When click on submit all data will stored on server.
• All fields are mandatory.
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10. Process Vehicle Registration
Functional
Specifications
• This process contain owner id, name, vehicle no, MAC
address, driver mobile no. fields.
• The field owner id and name should available for selection.
• The field vehicle no should take no. in standard format.
• The filed MAC address should take address in standard
format.
• The field driver mobile no should contain only 10 digits.
• When click on register all data will stored on server.
• All fields are mandatory.
Process CAB Tracking Process
Functional
Specifications
• This process will display cabs near to current location of
customer
• When click on view, information related to selected vehicle
shows on digital map.
Process Customer Registration
Functional
Specifications
• Customer will download, install & register him/her self to
server
• This process contain name, address, mobile no, username,
password fields.
• The field name should contain only alphabets.
• The field address should contain multiline.
• The field mobile no. should contain only 10 digits.
• The password field should contain min. 8 characters.
• When click on submit all data will stored on server.
• All fields are mandatory.
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11. 3.5 Non-Functional Requirements
3.5.1 Usability
Radio Cab Navigation System shall provide location drag and drop
navigation. System shall be easy to navigate by using clear words, menus and
drop-down lists.
3.5.2 Reliability
Radio Cab Navigation System shall be available 24 hours a day for
application users.
3.5.3 Performance
Radio Cab Navigation System shall not take longer than 15 seconds to
respond to a page request client; when using an internet connection that is 56k
or higher
3.5.4 Supportability
Radio Cab Navigation system application should be supportable in current
equipment such as computers, monitors, printers, smartphones etc.
3.5.5 Implementation
The system implementation will be performed all day rather than in phases.
3.5.6 Interface
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12. Radio Cab Navigation System shall be accessible through a web browser such
as Internet Explorer 5 or higher and android application. System shall provide
printer friendly outputs of reports so that users can have easy to read print outs
of the reports.
3.5.7 Packaging
The driver application is internal department use only and provides separate
user application.
4.0 System Design
4.1 Overall System Design diagram
We are proposing three modules for the vehicle tracking system which shows the
how system works with detailed structure.
The proposed approaches are as follows –
A. Tracking System
B. Monitoring and Control System
C. Android App
A. Tracking System
In this approach the GPS device or GPS installed Mobile receives signals
from satellite and calculates its position on earth and this data sends to server
using mobile network for storing purpose.
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13. Fig. Tracking System
B. Monitoring and Control System
In this approach data access from server on web application using internet.
Fig. Monitoring and control System
C. Android App
In this approach data access from server on mobile android application
using internet.
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14. Fig. Android Application
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15. 4.2 ER Eiagram
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16. 4.3 DFD
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17. 4.4 Class Diagram
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18. 4.5 Sequence diagram
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19. 4.6 Use case diagram
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20. 4.7 State Chart Diagram
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