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红外、成象“幼畜”系统的实战试验结果分析表明,观测地面目标时,操作手动作的数学模拟结果与试验结果之间存在着巨大的差别。因而,红外传感器及用于遥控成象传感器(如空军的GBU-15滑翔炸弹)的视频数据传输线路反干扰保护装置性能的全面评价应当包括实际战术环境下有人参与的试验。为了邦助军事计划人员及时地评价在
The results of actual combat experiments of infrared and imaging “young animals” system show that there is a huge difference between the results of mathematical simulation of manipulations and the experimental results when observing ground targets. Thus, an overall assessment of the performance of infrared sensors and video data transmission line anti-jamming protection devices used to remotely control imaging sensors such as the Air Force’s GBU-15 Glide Bomb should include trials of human intervention in actual tactical environments. In order to help military personnel plan in a timely manner to evaluate