Title :
Design and implementation of on-orbit service collaborative control simulation platform
Author :
Yin Hang ; Gao Yongming ; Wang Chao ; Li Zhaoming
Author_Institution :
Acad. of Equip., Beijing, China
Abstract :
Space missions always be high cost, long cycle and high risk, simulation technology is an important way in the research and engineering applications. But with the continuous extension of the depth and breadth of the field of aerospace, multi-disciplinary, multi-level, interdisciplinary, heterogeneous systems, multi-technology integration has been significantly enhanced co-simulation technology and simulation system put forward higher requirements. Fast, flexible, accurate and to build a multi-level co-simulation resolution system to grasp and analyze the problem has an important application value. Collaborative Control Simulation System spacecraft co-simulation theory and method of satellite-oriented collaborative control simulation framework is established based on the principle of co-simulation technology in the rail service, rail service satellite mission critical modeling and simulation. The system can not only effectively together multiple disciplines simulation play the advantages of co-simulation, and no decline in the timeliness and accuracy of simulation.
Keywords :
aerospace control; simulation; space vehicles; aerospace systems; co-simulation technology; collaborative control simulation system spacecraft co-simulation theory; heterogeneous systems; interdisciplinary systems; multidisciplinary systems; multilevel co-simulation resolution system; multilevel systems; multitechnology integration; on-orbit service collaborative control simulation platform; rail service satellite mission critical modeling; satellite-oriented collaborative control simulation framework; space missions; Collaboration; Electronic mail; MATLAB; Mathematical model; Rails; Satellites; Solid modeling; ADAMS; Collaboratieve Control; HLA/RTI; STK; Simulation Platform;
Conference_Titel :
Control Conference (CCC), 2013 32nd Chinese
Conference_Location :
Xi´an