Design and development of earthquake emergency rescue command system based on GIS and GPS

Robots have now made all work easier. The development of robots for rescue and survey applications is currently being researched. This study introduces a new type of rescue robot capable of navigating any difficult terrain. A revolutionary communication technology is used here, resulting in a one-of-a-kind internet of things-based rescue robot (IoT). As a result, it may be easily managed using a computer or smartphone from any location and at any time. The sensors on this robot allow it to sense its surroundings. As a result, this amphibious robotic vehicle can be used for search and rescue, as well as surveying in tough situations, defence, and research. Because of its adjustable structure, it may be altered and updated to increase its scope of application. The earthquake was one of the worst natural disasters in history, and emergency rescue command is crucial to the recovery effort. In addition, the study introduces GPS as a location approach and GIS as a visualisation tool, in view of the rapid progress of GPS and GIS. The system is constructed around this, with three structural layers and a variety of basic functions that allow it to use a heuristic algorithm and an updated evolutionary algorithm to accomplish optimal path planning and real-time location. As a result, this system is capable of collecting earthquake emergency information in a timely and accurate manner, as well as providing good support to earthquake emergency rescue command.