National Database for Emergency Management (GIS based)
Ravi Kumar1, Nikita Rani2, Harsh Vilas Kajale3, Daljeet Kaur4 ,Akansha Agarwal5, Sudhanshu Singhal6
1Chandigarh University, Dept. of Computer Science & Engineering, Mohali, India 2Chandigarh University, Dept. of Computer Science & Engineering, Mohali, India 3Chandigarh University, Dept. of Computer Science & Engineering, Mohali, India 4Chandigarh University, Dept. of Computer Science & Engineering, Mohali, India 5Chandigarh University, Dept. of Computer Science & Engineering, Mohali, India 6Chandigarh University, Dept. of Computer Science & Engineering, Mohali, India
kumarrajravi000@gmail.com1, nikichy7782@gmail.com2,20bet1013@cuchd.in3,daljeet.cse@cumail.in4, 20bcs9343@cuchd.in5, sudhanshusinghal12001@gmail.com6
Abstract: This study looks at the advantages of using geographic information systems for emergency management from two angles: the data management mode and the pre-warning signal emergency management requirements. This study discusses the need for geographic information systems in disaster management.
This study explores the manifestation of the function graphics with one mining map, which comprises of the graphics data and characteristics data, the layer stack, and theme maps presenting, through the analysis of geographic information systems functions appropriate for pre-warning signals. It communicates with the conventional pre-warning signal system in order to present the pre-warning signal's outcome based on geographic information systems in the interim. Based on previous research, this study proposes a standard approach for pre- warning using geographic information systems.
The project aims to create dynamic, multidimensional technical instruments for emergency management system implementation, as well as useful concepts for the development of pre-warning systems that are intimately related to actual places.
Keywords: pre-warning, geographic information system, emergency management, and theme map
