Dynamic Test and Evaluating System for Flight Control System

Wu Xun, Yang Shu-xing, Zhao Lei
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引用次数: 2

Abstract

This paper presents a prospective study of how to evaluate the overall performance of flight control system based on general purpose computer system. By adopting hardware-in-the-loop simulation (HILS), a simulated real working environment was constructed for flight control system, in which test and evaluation can be accomplished. Because of the strict real-time requirement of HILS, how to implement hard real-time capability in general personal computer systems is analysed systematically. For HILS system, simulation algorithms are different from conventional full digital simulation because of real-time restrictions. And the creditability of simulated work environment is determined not only by computing results, but also by the time when each simulation frame finished. So, Real-time simulation algorithms and the creditability validation of HILS systems are emphasized in the paper as well.
飞控系统动态测试与评估系统
本文对基于通用计算机系统的飞控系统综合性能评价进行了前瞻性研究。采用半实物仿真技术,构建了飞控系统的仿真真实工作环境,并在该环境中进行了测试与评估。由于hls系统对实时性的要求非常严格,本文系统地分析了如何在一般的个人计算机系统中实现硬实时性。对于HILS系统,由于实时性的限制,仿真算法不同于传统的全数字仿真。仿真工作环境的可信性不仅取决于计算结果,还取决于每帧仿真完成的时间。因此,本文还重点研究了HILS系统的实时仿真算法和可信性验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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