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In the 1950s , the U.S. military C ( Command and Control ) concept , for the first time in the military air defense command and control functions ; recent years, with the rapid development of electronic technology, information technology and computer technology , command automation the rapid development of technology in the field of electronic warfare, air defense , military and aerospace test , as the technology matures , more and more widely in the military field . The contents of this paper is based on the measurement of space target aerospace test command automation system ( C 4I ) . Paper aerospace test command automation system for the study discusses the aerospace test command automation system design , the general process of the measurement of space target with automatic decision-making functions for the shortcomings of existing systems , aerospace aviation experience in command automation system , building the architecture of the system and command and decision-making structure model , and discusses in detail the space target measurement space test command automation system design , monitoring and control equipment video surveillance system design , based on the implementation of the system , discussed and developed on system performance evaluation methods and standards , promote system - building through a comprehensive performance evaluation , continue to improve, adapt and meet the needs of aerospace test . Finally, the system implementation and application , and follow-up research directions . The main work is reflected in the following aspects : 1, through the study of command automation technology , design based on the measurement of space target command automation system , innovative aerospace test mode : asynchronous , multi-user FBI automatic analysis of the measurement data the key technology research , technological innovation , and automation of command and decision - making in aerospace test ; 3 , through the design of monitoring and control equipment video surveillance system , the command center for remote monitoring of field test equipment , including mobile equipment . 4 to study the performance evaluation method based on information entropy of the system , and identify the function has been improved , reliable evaluation of the combined effectiveness of the system .
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