REAL TIME VEHICLE TRACKING SCHEME BY ANALYSING SPATIAL POSITION THROUGH GPS AND GSM

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e-ISSN: 2582-5208 International Research Journal of Modernization in Engineering Technology and Science Volume:02/Issue:09/September -2020

Impact Factor- 5.354

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REAL TIME VEHICLE TRACKING SCHEME BY ANALYSING SPATIAL POSITION THROUGH GPS AND GSM T. Sindhu*1, L. SaiRamesh*2 *1Visiting

Faculty, Department of IST, Anna University, Chennai, Tamilnadu, India.

*2Visiting

Faculty, Department of IST, Anna University, Chennai, Tamilnadu, India.

ABSTRACT In today’s world, safety and security are the major abstracts that are confronted by any individual. The existing system in the present scenario are not efficient enough to provide necessary security. We implemented a system Vehicle tracking system using GPS and GSM modem is an android application. Vehicle tracking system using GPS and GSM modem enables our dependencies to track the cab as well as to retrieve an information about their current location and offers possible services according to the need. With the help of GPS in phone and through web services using GPRS, Location based Services are implemented on android smart phones to provide services like advising user with routing information, helps them finding nearby Emergency services. Many GPS devices offer the features of Geo fencing and Auto fencing. These features help us and our dependencies in the route mapping. We can set a locality for driving and if the vehicle runs outside of the area an alert message delivers to our dependents. GPS tracking device helps in speed detection and obligatory actions can be taken when required. Vehicle tracking system GPS and GSM modem app collects your location data from the trip request through the trip ends, including when the app is in the background. Keywords: Vehicle tracking, GPS, Location based services, Analysis, Geo-fencing.

I.

INTRODUCTION

The GPS based vehicle tracking system is one that makes use of the Global Positioning System (GPS) to determine the precise location of a vehicle to which it is attached. The integration of GPS and GSM was first established using SMS as a method of transmitting GPS coordinates. The system utilizes geographic position and time information from the Global Positioning Satellites. The sophistication of a GPS receiver impacts the reliability and accuracy of the GPS data received. Mobile Providers are also providing the variety of services to users. By expanding this concept, we attempt to track the vehicles by locating the positions of the system through the GPS available on mobile devices. Most of the existing systems track the vehicle and send the SMS to the owner where the device is located but actual moving position of the vehicle is not determined by them. This article overcome this limitation by implementing continuous tracking of the vehicle through the GPS location. Google map is integrated with the proposed tracking system to make the system conveniently locate the position. The proposed system also enables the multiple vehicles locating environment through the mobile app we developed. The Google map also shows the possible path of the vehicle to make it convenient to locate the vehicle even though GSM is not in working condition.

II.

LITERATURE SURVEY

Many researches are published about tracking the vehicle and tracking the device through the GPS. Her some of the articles are discussed. In [1], the vehicles are tracked using the GPS position they move on. The main assumption is that every using GSM based mechanism in their vehicle. Another technology called LiDar is used in [2] to track the vehicles. It creates the connectivity between the vehicles and identified through them. Vehicle tracking also helps to predict the traffic circumstances in road side. For this also, LiDAR is used to identified the inter connected vehicle to examine the traffic flow. As some works need image processing techniques to locate the navigation of the vehicle using google maps. In [4], the multiple region of interest techniques is used make effective retrieval of image. From the network perspective, the most important thing is to find the routing or path for vehicle transportation. It’s discussed in [5] for providing multipath secure routing for MANETs. In [6], the position of vehicle is categorized by applying multi camera positioning with spatio-temporal specifications. It will helpful to locate the position of vehicle at

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