ABSTRACT In smart cities, there are always unpredicted emergencies, which must be handled to maintain the regular order. Then a smart system is needed to detect threats and deal with them. In this paper, we propose a system structure composed of a central agent and three layers: unmanned aerial vehicle (UAV) layer, multirobot layer and sensor network layer. The UAVs act as moving sensors and conveyors in the air. They provide the overall rough monitoring data from the air and transport robots to the emergency occurring places. The robots on the ground are responsible for obtaining detailed monitoring data and dealing with the emergencies. The sensor networks keep monitoring the environment and assist robots and UAVs in the range to complete their tasks. The central agent can adjust the system according to the specific task requirements. We provide a general system design and review main required technologies, highlighting the challenges and some possible solutions. The future researching directions are presented to guide the system design. INDEX TERMS UAV, multi-robot system, distributed sensors, smart city, emergency.
In the context of smart city management, a general system design and review is proposed which consists of a central agent which monitors the functioning of three constituent layers, namely, UAV layer, Robot layer and WSN layer to achieve the efficient management of emergency situations REF .
To Smart City: Public Safety Network Design for Emergency
IEEE Access
IEEE Access
Computer Science