飞行错觉模拟器系统软件的设计和实现  

Development of system software for space disorientation simulator

作　　者：王聪 曹征涛 赵显亮 杨明浩 郑媛憬 李玉亮 郭华 葛华 贾宏博 WANG Cong;CAO Zheng-tao;ZHAO Xian-liang;YANG Ming-hao;ZHENG Yuan-jing;LI Yu-liang;GUO Hua;GE Hua;JIA Hong-bo(Air Force Special Medical Center,Air Force Military Medical University,Beijing 100142,China)

机构地区：[1]空军军医大学空军特色医学中心,北京100142

出　　处：《医疗卫生装备》2019年第5期24-28,37,共6页Chinese Medical Equipment Journal

基　　金：全军后勤科研重点项目(BKJ11Z010);空军装备军内科研重点项目(KJ20172A02090)

摘　　要：目的:设计飞行错觉模拟器系统软件,并应用于国产飞行错觉模拟器的研制。方法:根据飞行错觉模拟功能要求,分析并提出系统软件功能指标,采用飞行建模、虚拟仪表、视景图像、运动控制算法和网络通信等技术,设计并实现由运动控制、视景仿真、仪表仿真、飞机性能仿真、综合管理控制和座舱管理6个子系统软件组成的飞行错觉模拟器系统软件,并进行软件功能鉴定测评和应用效果评价。结果:飞行错觉模拟器系统软件经过2轮测评,9类43个测试项目共178个测试用例全部通过。初步应用试验的15项评价指标中,80%的评价指标达良好及以上。结论:飞行错觉模拟器系统软件功能、性能和接口等均满足设计和使用要求,可成功应用于飞行错觉模拟器的开发。Objective To design system software for the space disorientation simulator so as to facilitate its development in China.Methods The technical indexes were proposed based on the requirements for a space disorientation simulator.Using methods of flight modeling,virtual instrument design,virtual scene modeling and formation,motion control algorithm,network communication and etc,a piece of system software was developed which consisted of six sub-system software for motion control,visual simulation,instrument simulation,flight performance simulation,comprehensive management control and cockpit management.Function and application efficacy were tested and evaluated for the software developed.Results Two rounds of software tests proved a total of 178 test cases for 43 test items of 9 categories passed the software test and evaluation.Among the 15 evaluation indexes of preliminary application test,80%of the indexes were good or above.Conclusion The functions,performance and interface of the system software meet the design requirements,and it proves preliminarily to the developing of the space disorientation simulator.

关 键 词：飞行错觉模拟器 飞行错觉 飞行建模 飞机仿真 视景图像仿真 

分 类 号：R318[医药卫生—生物医学工程] TP311[医药卫生—基础医学]