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Low Altitude Target Detection Based on Radar and Infrared Information Fusion

机译:基于雷达和红外信息融合的低空目标检测

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When a threat is at low altitude and near the horizon, propagation losses are severe because of the influence of earth curvature, reducing the signal to noise of reflected return; in addition, the target is embedded in ground clutter, the detected range of radar deceases badly. So low altitude/super low altitude is the weakest airspace of modern air defense firepower, the characteristic of modem air attack behaves as the air shock of low altitude and super low altitude. An information fusion method of radar and infrared sensor has been put forward in this paper, utilize the advantage of infrared sensor of detecting low altitude target and mutual supplement of multi-resource, it makes up the limitation of radar detection in some degree, improves the ability of anti low altitude threat. The characteristic of infrared sensor and the significance is expound, the structure of radar and infrared sensor fusion system are designed, several critical questions that need to solve are brought forward, and the development trend of radar and the infrared sensor integration is stated briefly.
机译:当威胁处于低空和近地平线附近时,由于地球曲率的影响,传播损耗严重,将信号降低到反射回报的噪声;此外,目标嵌入地面杂波中,检测到的雷达范围坏。所以低海拔/超低海拔是现代防空火力最弱的空域,调制解调器空气攻击的特点表现为低空和超低海拔的空气冲击。本文提出了雷达和红外传感器的信息融合方法,利用了检测低空目标的红外传感器的优势,并在某种程度上弥补了雷达检测的限制,改善了抗低空威胁的能力。红外传感器的特点和显着性阐述,设计了雷达和红外传感器融合系统的结构,提出了几个需要解决的关键问题,并简要介绍了雷达的发展趋势和红外传感器集成。

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