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基于RTX的实时测控系统软件设计
引用本文:王道彬,陈怀民,别洪武,王先泽. 基于RTX的实时测控系统软件设计[J]. 火力与指挥控制, 2009, 34(8)
作者姓名:王道彬  陈怀民  别洪武  王先泽
作者单位:解放军78511部队,四川,雅安,625000;西北工业大学,陕西,西安,710065;西北工业大学,陕西,西安,710065;解放军78511部队,四川,雅安,625000
摘    要:从无人机半物理仿真试验的整体结构出发,针对实时测控系统的需求,采用了一种较为新颖的Windows+RTX实时性方案,完成了无人机半物理仿真试验中实时测控系统的研制.既满足了试验的实时性要求,又具有很好的用户交互特性,对测控技术的发展及其在国防科技等相关领域中的应用均有重要的参考价值.

关 键 词:无人机  半物理仿真  测控系统  实时性

Software Design of Real-Time Measurement and Control System based on RTX
WANG Dao-bin,CHEN Huai-min,BIE Hong-wu,WANG Xian-ze. Software Design of Real-Time Measurement and Control System based on RTX[J]. Fire Control & Command Control, 2009, 34(8)
Authors:WANG Dao-bin  CHEN Huai-min  BIE Hong-wu  WANG Xian-ze
Affiliation:1.Unit 78511 of PLA;Ya'an 625000;China;2.Northwestern Polytechnical University;Xi'an 710065;China
Abstract:The necessity of Real-Time M&C(measurement and control) system is introduced by the thesis which set out from the whole structure of UAV Hardware-in-the-Loop simulation trial.A novel real-time solution with the platform of "Windows+RTX" is adopted to design the M&C system in UAV Hardware-In-The-Loop simulation.Both of the real-time and the performance of GUI requests are satisfied.All of these have the contribution to the M&C technology and its application in the science of national defense.
Keywords:unmanned aerial vehicles  hardware-in-the-loop simulation  measurement and control system  real-time responsibility  
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