Quantum Self-organizing Network and Routing Protocol for Cooperative Communication of Intelligent Robot Soccer Game
Min Nie, Guang Yang, Rongyu Wei · 2020
In the case of multiple intelligent robots working together, such as the robot soccer game, each robot is required to complete the common task with efficient, safe and fast cooperative communication. Compared with the traditional wireless communication, intelligent robots have the advantages of information security, large capacity, high efficiency and high speed if they interact with each other through quantum communication. In this paper, quantum communication and intelligent robot are combined, and a kind of quantum self-organizing network for robot soccer is proposed. In this network, each robot is both the sender and receiver of quantum information, and all players are communication nodes in the quantum self-organizing network. With the support of certain routing protocols, the network can collect, judge and make decisions on soccer position information, player movement information and soccer goal information. The simulation results show that compared with the traditional wireless method, this scheme not only has higher information security, but also ensures the effectiveness of information transmission. Therefore, this study provides a new idea for the design and development of communication network between soccer robots in the future.