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自修复飞控系统仿真平台研制
引用本文:罗峰,邓建华.自修复飞控系统仿真平台研制[J].飞行力学,2000,18(1):45-49.
作者姓名:罗峰  邓建华
作者单位:西北工业大学飞机系,西安,710072
摘    要:采用SIMULINK这种可视化、模块化和一体化的动态系统仿真软件,并与MATLAB软件工具箱相结合,开发出自修复飞控系统仿真平台,解决了飞机的气动参数随飞行状态变化的问题,实现了飞机的全面运动仿真。该系统可根据自修复飞控系统的需要,进行飞机故障的加载,以及对故障进行检测、隔离和估计,然后完成飞行重构,具备完整的自修复飞控系统仿真功能。

关 键 词:自修复飞控系统  仿真平台  故障检诊  飞行重构
修稿时间::

The Self-Repairing Flight Control System Simulation Platform Development
Luo Feng,Deng Jianhua.The Self-Repairing Flight Control System Simulation Platform Development[J].Flight Dynamics,2000,18(1):45-49.
Authors:Luo Feng  Deng Jianhua
Abstract:SIMULINK , which is the viewable, modular and integrative dynamic system simulation software, and MATLAB toolbox are applied to develop the self repairing flight control system simulation platform. It is solved that the flight aerodynamic parameters change with flying states in the flight movement simulation. In the simulation platform, the faults of the impairment flight can be loaded to flight control system by user's needs, and then the fault detection,isolation, estimation(FDIE) and reconfiguration are accomplished.
Keywords:self  repairing flight control system  simulation platform  fault detection  isolation  estimation  reconfiguration  
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