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Real-time millimeter-wave imaging radiometer for avionic synthetic vision

机译:航空电子合成视觉实时毫米波成像辐射计

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Abstract: ThermoTrex Corporation (TTC) has developed an imaging radiometer, the passive microwave camera (PMC), that uses an array of frequency-scanned antennas coupled to a multi-channel acousto-optic (Bragg cell) spectrum analyzer to form visible images of a scene through acquisition of thermal blackbody radiation in the millimeter-wave spectrum. The output of the Bragg cell is imaged by a standard video camera and passed to a computer for normalization and display at real-time frame rates. One application of this system could be its incorporation into an enhanced vision system to provide pilots with a clear view of the runway during fog and other adverse weather conditions. The unique PMC system architecture will allow compact large-aperture implementations because of its flat antenna sensor. Other potential applications include air traffic control, all-weather area surveillance, fire detection, and security. This paper describes the architecture of the TTC PMC and shows examples of images acquired with the system. !7
机译:摘要:ThermoTrex Corporation(TTC)开发了一种成像辐射计,即无源微波摄像机(PMC),它使用频率扫描天线阵列与多通道声光(Bragg电池)频谱分析仪耦合形成可见的图像。通过获取毫米波光谱中的黑体热辐射获得一个场景。布拉格单元的输出由标准摄像机成像,然后传递到计算机进行归一化并以实时帧速率显示。该系统的一种应用可以是将其合并到增强的视觉系统中,以便在雾天和其他不利天气条件下为飞行员提供跑道的清晰视野。由于其扁平的天线传感器,独特的PMC系统架构将允许紧凑的大口径实现。其他潜在的应用包括空中交通管制,全天候区域监视,火灾探测和安全性。本文介绍了TTC PMC的体系结构,并显示了使用该系统获取的图像示例。 !7

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