CAJ | 학술논문

通过座舱驾驶、虚拟仪表、三维视景、音响和微机网络系统，建立了两型固定翼飞机和一型直升机及其飞行控制系统的实时动态仿真环境，实现了人在回路中的多媒体综合仿真。改变有关气动导数和飞控系统传动比，设置多种飞行状态、干扰和故障，可进行各种功能模态的动态特性仿真和演示。系统功能强、可靠性高、人机界面良好，经济效益显著，具有很好的推广应用价值。
통과좌창가사、허의의표、삼유시경、음향화미궤망락계통，건립료량형고정익비궤화일형직승궤급기비행공제계통적실시동태방진배경，실현료인재회로중적다매체종합방진。개변유관기동도수화비공계통전동비，설치다충비행상태、간우화고장，가진행각충공능모태적동태특성방진화연시。계통공능강、가고성고、인궤계면량호，경제효익현저，구유흔호적추엄응용개치。
Real-time dynamic simulating environment of two fixed-wind-aircrafts and one helicopter and their flight control systems is established, and multimedia integrated simulation with man in the loop is realized by the ways of flight cabin, virtual instrument, three dimensional sight scene, sound, and computer network. The dynamic behavior of system under all kinds of function modes can be simulated through changing the aerodynamic derivatives and transmission gains, selecting flight states, disturbances, and faults. The simulator has all-sided function, high reliability, nice interface, remarkable economy benefits, and widely application.