Research On The Data Collection Of The HLA-based Aircraft Support System And The Evaluation About System

Along with the science and technology rapid development, the aircraft equipment renewal also unceasingly speeds up, this set a higher request regarding the aircraft support characteristic. The aircraft support question has attracted more and more national attention. With the development of computer simulation technology, applied computer simulation technology which has become an effective way to solve this problem does research on aircraft equipment support.This article applies new generation of distributional simulation architecture high level architecture (HLA) to the study for the modern aircraft support simulation. In this paper, based on the detailed analysis of the HLA data collection mechanism, the HLA-based aircraft support simulation system is designed and constructed, and some key technologies in the system are described also. Based on the analysis of the composition of the aircraft support system, through following the principles of the support-related index and the special principle of the aircraft support system index, this article establishes evaluation index system of the aircraft support system. Using the analytic hierarchy process analyse the aircraft support system, and through the analytic hierarchy process determine the weight of the evaluation index. The data which collected from the simulation and correlated with the evaluation index are extracted and carried on the index quantification analysis. Finally through to the science appraisal method brief analysis, the selection gray evaluation method establish the multi-level grey evaluation model about the air support system, and assess the effectiveness of the system.This system through to analyze data which collected from the air support simulation process, carried on the quality synthetic evaluation of this system, is helpful in to the realistic environment in the air support by the correlation data reference. Finally, reached the most reasonable support resources and the highest efficiency complete the aircraft support process.