Authors:
Hongli He
1
;
Jie Zhang
2
;
Quanbo Ge
3
and
Zhongcheng Ma
3
Affiliations:
1
Institute of testing, Chinese Flight Test Establishment, Xi'an and China, China
;
2
Institute of testing, Chinese Flight Test Establishment, Xi'an, China, School of Aviation, Beijing University of Areonautics and Astronautics, Beijing and China, China
;
3
School of Automation, Hangzhou Dianzi University, Hangzhou and China, China
Keyword(s):
Three-dimensional model, Automation measurement, Simulation, Flight test.
Abstract:
According to the requirement of flight test, The high precision Automation positioning measurement system is designed and implemented for obtaining three-dimensional points, lines or polygons of measured object. The system can be satisfied with the needs of future weapons development. The system functions include simulation, online measurement, fast processing, real-time monitoring etc. The system structures, framework and composition are given. The key technical problems are analyzed in order to know of the system feasibility. A feasible platform are set up by total station instrument, light pen, image measuring system equipment in the laboratory. The interface performance, real time guide, coordinate transforming, adjustment of observation are verified. The algorithm accuracy is verified. The system construction thought is overall being planned. The system will effectively boost the development in flight test, It is very important to improve testing precision, speed or saving manpo
wer and material resources.
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