CAJ | 학술논문

三维仿真技术在试飞试验领域越来越得到重视与应用。本文介绍了基于三维仿真技术的飞行姿态与航迹监控软件的总体设计结构，并着重阐述了主要组成模块的功能、设计方法与应用效果。该软件的成功研制，使得能够从全局的角度对目标试验机的姿态、位置及系统状态进行掌控。同时，利用回放能够逼真再现飞行全过程，可作为飞行演示和事后分析的一种手段。该软件在提高试飞效率和保障试飞安全方面发挥着重要作用。
삼유방진기술재시비시험영역월래월득도중시여응용。본문개소료기우삼유방진기술적비행자태여항적감공연건적총체설계결구，병착중천술료주요조성모괴적공능、설계방법여응용효과。해연건적성공연제，사득능구종전국적각도대목표시험궤적자태、위치급계통상태진행장공。동시，이용회방능구핍진재현비행전과정，가작위비행연시화사후분석적일충수단。해연건재제고시비효솔화보장시비안전방면발휘착중요작용。
The 3D simulation technology has been paid more attention and already applied in the flight test field. The overall structure of the flight attitude and track monitoring software base on this technology was introduced. And then the function , the design method and the application effect of the main modules were emphasized. The successful development of the software makes it possible to obtain the information of the test plane from the global perspective, such as airplane attitude, position, system status and so on. Meanwhile, the playback function of the software can real show the flight's history, which can be used for flight demonstration or post analysis. The software play an important role in increasing efficiency and ensuring test flight safety.