An efficient mobile GPS navigator, tracker and altimeter system for location based services
An efficient mobile GPS navigator, tracker and altimeter system for
location based services
PROJECT ID: ANDROID04
PROJECT
NAME: An
efficient mobile GPS navigator, tracker and altimeter system for location based
services
PROJECT CATEGORY: MCA / BCA / BCCA / MCM / POLY / ENGINEERING
PROJECT ABSTRACT:
The purpose of this project is to design and construct a hand-held wireless GPS tracking device that can be tracked from the Internet. The project consists of three parts. The first part is a mobile device with an embedded GPS and wireless Internet connection to transmit its current location. The second part is a web server that will receive the data, parse it, and store it for access over the Internet. The third component is the user interface that will allow others to visually see where the hand-held GPS device is and has been. To view its location, one could use any device that can connect to the Internet such as a desktop computer, laptop, PDA, or cell phone. The data available through a browser includes a scalable map of the surrounding area, latitude, longitude, speed, and altitude of the hand-held device. The system is intended to be a general purpose tracking device; however, the user interface will be tailored to the university shuttle system.
EXISTING SYSTEM:
Prior work on location management includes the cellular IS-41 MAP (mobility application part) standard and several improvements proposed in. The cellular IS- 41scheme consists of using a two-level hierarchy of location registers called home location registers (HLR’s) and visitor location registers (VLR’s) to track mobile locations using registration notification (REGNOT) messages. An HLR is assigned to a mobile based on its permanent address, while a VLR, which is typically collocated with a mobile switching center (MSC), is assigned based on the current location of the mobile. Incoming calls to mobiles are delivered after executing a mobile location phase, wherein the call-originating switch generates a mobile location request (LOCREQ) to the HLR of the mobile which, in turn, generates another query to the VLR/MSC.
PROPOSED SYSTEM:
Among the improvements proposed to this scheme are the extremes of the “flat” scheme and the “hierarchical” scheme. The former proposes using a single-level hierarchy of location registers, while the latter proposes building a rooted tree of location registers. In the flat scheme, upon receiving a LOCREQ, the HLR assigns a temporary address based on the VLR/MSC at which the called mobile is located rather than require an additional message exchange from the HLR to the VLR/MSC to obtain a temporary address assignment.
The mobile’s permanent address is tunneled in the call setup message, while the temporary address is used to route the connection from the call-originating switch to the mobile’s current switch. The hierarchical scheme uses a hierarchy of location registers to localize both mobile tracking and mobile locating messages. A registration is propagated up the hierarchy until it reaches a location register beyond which there is no change of information regarding the mobile’s location. The call setup message (or an explicit location query) is sent up the hierarchy until it reaches a location register that knows the location of the mobile, from which point the hierarchy is traced in the downward direction to reach (or determine) the exact switch where the mobile is located.
MODULES:
1. Google Map
2. Nearest Location List
3. Alert Notifications
4. Settings
5. Share
SOFTWARE REQUIREMENTS:
Operating system : Windows XP/7.
Coding Language : Java 1.7
Tool Kit : Android 2.3 ABOVE
IDE : Eclipse
HARDWARE REQUIREMENTS:
System : Pentium IV 2.4 GHz.
Hard Disk : 40 GB.
Floppy Drive : 1.44 Mb.
Monitor : 15 VGA Colour.
Mouse : Logitech.
Ram : 512 Mb.
MOBILE : ANDROID
TABLE OF CONTENTS
·
Title
Page
·
Declaration
·
Certification
Page
·
Dedication
·
Acknowledgements
·
Table of
Contents
·
List of
Tables
·
Abstract
CHAPTER SCHEME
CHAPTER ONE: INTRODUCTION
CHAPTER TWO: OBJECTIVES
CHAPTER THREE: PRELIMINARY
SYSTEM ANALYSIS
·
Preliminary
Investigation
·
Present System in Use
·
Flaws In Present System
·
Need Of New System
·
Feasibility Study
·
Project Category
CHAPTER FOUR: SOFTWARE
ENGINEERING AND PARADIGM APPLIED
·
Modules
·
System / Module Chart
CHAPTER FIVE: SOFTWARE AND
HARDWARE REQUIREMENT
CHAPTER SIX: DETAIL SYSTEM
ANALYSIS
·
Data Flow Diagram
·
Number of modules and
Process Logic
·
Data Structures and Tables
·
Entity- Relationship
Diagram
·
System Design
·
Form Design
·
Source Code
·
Input Screen and Output
Screen
CHAPTER SEVEN:
TESTING
AND VALIDATION CHECK
CHAPTER EIGHT:
SYSTEM SECURITY MEASURES
CHAPTER NINE:
IMPLEMENTATION, EVALUATION &
MAINTENANCE
CHAPTER TEN:
FUTURE SCOPE OF THE PROJECT
CHAPTER ELEVEN:
SUGGESTION AND CONCLUSION
CHAPTER TWELE: BIBLIOGRAPHY& REFERENCES
Other Information
PROJECT
SOFWARE |
ZIP |
PROJECT REPORT PAGE |
60 -80 Pages |
CAN BE USED IN |
Marketing (MBA) |
PROJECT COST |
1500/- Only |
PDF SYNOPSIS COST |
250/- Only |
PPT PROJECT COST |
300/- Only |
PROJECT WITH SPIRAL BINDING |
1750/- Only |
PROJECT WITH HARD BINDING |
1850/- Only |
TOTAL
COST (SYNOPSIS, SOFTCOPY, HARDBOOK, and SOFTWARE, PPT) |
2500/- Only |
DELIVERY TIME |
1 OR 2 Days (In case Urgent Call:
8830288685) |
SUPPORT / QUERY |
|
CALL |
8830288685 |
| |
[Note:
We Provide Hard Binding and Spiral Binding only Nagpur Region] |
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