空间仿生可变构智能感知网络技术

From the perception function and behavior of bio-inspired cluster systems, some frontier scientific problems are proposed for space perception networks, including the design of bio-inspired varistructured heterogeneous distributed intelligent perception networks, autonomous maneuver and alignment of single satellites, and cooperative relative measurement and control of constellations. In disturbance and confrontation environment, the survival intelligence requirement of space perception networks is to retain the varistructured network, heterogeneous distributed perception and coordinated control of different nodes. From the perspectives of disturbance rejection, fault tolerance and energy saving, safety, green and immune characteristics of intelligent perception network in the future are proposed. Based on the design of varistructured heterogeneous distributed constellations, bio-inspired space intelligent perception networks aim to realize multi-source information fusion and intelligent coordination of the eyes, ears, brain, body and cluster of constellations, so as to improve the intelligent coordination ability as well as the ability of awareness, understanding, prediction and flexible processing for targets and situation.