International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 11 Issue: 07 | July 2024
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p-ISSN: 2395-0072
VEHICLE LOCATION TRACKING SYSTEM USING GSM, GPS AND GEOFENCING TECHNIQUES Suhas R1, Prajwal S2, Vimalesh J3, Kiran K N4 , Sarala T5 1 Suhas R: Student, Dept. of ECE, BNM Institute of Technology, Karnataka, India 2Prajwal S: Student, Dept. of ECE, BNM Institute of Technology, Karnataka, India 3Vimalesh J: Student, Dept. of ECE, BNM Institute of Technology, Karnataka, India
4Mr. Kiran K.N: Assistant Professor, Dept. of ECE, BNM Institute of Technology, Karnataka, India 5Sarala T, Assistant Professor, Dept. of ECE, BNM Institute of Technology, Karnataka, India. ---------------------------------------------------------------------***--------------------------------------------------------------------and monitoring. By leveraging the power of GPS, GSM and Abstract – The tracking of vehicles is a very important
geofencing, the system unlocks the opportunity for efficient, secure, and situational awareness for a wide range of applications in a connected world.
aspect in many areas of traffic management. The GSM modem acts as the interface of the control room and is used to receive messages from the user. The received message is transmitted to the microcontroller and is also displayed on the electronic card equipped with the microcontroller. The Global Positioning System (GPS) is one among the satellites orbiting the earth. It sends back to earth details of their location in space. GPS has many uses as in the military field, weather conditions monitoring, vehicle positioning, agriculture, surveillance, and many other areas. Geofencing is a locationbased service that allows marketers to send messages to smartphone users who fall within a predefined geographic area. In geofencing, a combination of technologies, including GPS, area-providing satellite navigation system, is made use to create a virtual boundary around a business location. In this work carried out we aim to provide for Vehicle Location Tracking system using GSM along with, GPS and Geofencing techniques.
The objective for developing location tracking using GSM together with GPS and Geofencing techniques is to allow for fast tracking in transportation and logistics that allows shipments to be monitored, optimized and delivery times faster. Integration of geofencing adds an additional layer of functionality that enables automatic response when a device enters or leaves a defined virtual area. This feature is crucial in parental control applications, fleet management together with security procedures and provides instant alerts of deviations from the plan. The proposed work aims to develop algorithms and methods that will ensure an increase the correctness of location information received from GPS together with GSM signals, especially in difficult situations. This work also aims to effectively leverage real-time data processing technologies to minimize delays in receiving, processing, and transmitting data sources.
1.INTRODUCTION
2. LITERATURE SURVEY
A novel system for vehicle location is proposed that using a aggregation of GPS, GSM and geofencing technology. This promises to revolutionize real-time tracking and monitoring at any location. The GPS module serves as a basis and ensures the correctness of obtaining the correct location. To achieve this, the GSM module provides connectivity at any location by simply connecting the data source to a central server. Integrating these components is a microcontroller that acts as a workstation, controlling data flow and performing complex geofencing algorithms. A comprehensive system is designed that includes the GPS along with the GSM modules, followed by central server for the purpose of data storage and using an intelligent geofencing algorithm. This makes it robust and able to meet the requirements of modern monitoring applications. The site tracking site promises to be efficient and secure, improving fleet performance with real-time vehicle tracking, protecting valuable assets and ensuring the well-being of people in remote or dangerous areas. This location tracking system incorporates advanced technology for providing a powerful, scalable, and efficient system for instant tracking
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In the “Intelligent monitoring of wireless environment through collection of time and analytics, by Satoko Itayaa, Fumiko Ohoria, Toru Osugaa, Takeshi Matsumuraa”, the authours have proposed and developed an environment monitoring system for real-time collection and analysis of wireless signals to monitor complex indoor wireless environments. The system uses commercial hardware and open-source software platforms suitable for continuous collaboration and open collaboration. The research related to the applications of GPS-based wireless communication system in highway and slide Ziwen Xiong Xiong J. The research indicates that the wireless communication network GPS multi-system antenna tracking is very beneficial in terms of response time. Based on the work executed, the authors are of the opinion that the wireless communication network GPS multi-antenna tracking system is more accurate and has only small errors. [1]
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