Suraksha Shukla

Abstract:

Emergence of mobile technology along with the Internet of thing since the last decade has resulted into unprecedented change in lifestyle. That being said, it has also made committing crime easier than ever. Crowded yet less secured places as school needs to have some level of security. This paper presents the complete analysis and design life cycle of a system that can track every individual in school using RFID (Radio Frequency Identification), LBS (Location Based Service) and the latest technology trend, IOT (internet of thing) and by processing the generated data in real time. The objective of the system is to trace the current location of students, entry and exit times, notify parents/ school and maintain a secured environment. Based on these objectives, this paper analyzes the requirement and goals of the system with use case and data flow diagrams. To keep the system running smoothly, non-functional requirements are equally important. So, to ensure the safety and reliability of system, its non-functional requirements are completely analyzed. Next step, system architecture design analyzes the required hardware and software to design the system. It provides the synopsis of how system is going to be and how the objectives of system are going to be realized. Latter part of the analysis includes some methodologies and technologies as face detection, RFID and GIS (Geographic Information System) to improve the processing rate, efficiency, accuracy and security of the system. And at last the paper consists of some test cases for the system with 100% accuracy which says that this paper has dotted every i’s and crossed every t’s while analyzing the system.

Reference:

1. Yang Lvqing, “Analysis and design of campus safety management system based on internet of things”, Journal of Convergence Information Technology, Vol. 7, No. 14, pp. 400-408, 2012