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Research on the Intelligent Control Simulation Target with IR Imaging Target for Hardware-in-the-loop Simulation Test

机译:半实物仿真试验中带有红外成像目标的智能控制仿真目标的研究

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摘要

The intelligent control of simulation target with infrared imaging target in the indoor and outdoor environment can effectively and quantitatively evaluated the parameters such as the minimum resolution temperature difference (MRTD) and spatial resolution of airborne forward looking infrared, infrared detection and tracking, infrared alarm, and etc. This paper focused on introducing the working principles of the intelligent control simulation target of Infrared imaging target, studying the thermal radiation characteristics of the infrared target surface material, analyzing the influences of the infrared radiation energy distribution, and developing the intelligent control simulation target with IR imaging target for hardware-in-the-loop simulation test. The intelligent control simulation target which area was 5 m~2 and concluded 44 infrared targets including two kinds of infrared targets ,0.25m×0.25m, and 0.25m×0.5m, achieved 1°C~10°C temperature simulation of target and the background, and temperature control precision better than 0.5°C. Field test requirements were achieved by actual test.
机译:在室内和室外环境中对具有红外成像目标的模拟目标进行智能控制,可以有效,定量地评估机载前视红外的最小分辨率温度差(MRTD)和空间分辨率,红外探测和跟踪,红外警报,本文着重介绍了红外成像目标智能控制仿真目标的工作原理,研究了红外目标表面材料的热辐射特性,分析了红外辐射能量分布的影响,并开发了智能控制仿真。带有红外成像目标的目标,用于硬件在环仿真测试。该智能控制仿真目标面积为5 m〜2,归纳了包括0.25m×0.25m和0.25m×0.5m两种红外目标在内的44个红外目标,实现了1°C〜10°C的目标温度模拟。背景温度控制精度优于0.5°C。现场测试要求是通过实际测试达到的。

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