Hyperspectral sensors that are mounted in unmanned aerial vehicles (UAVs) offer many benefits for different remote sensing applications by combining the capacity of acquiring a high amount of information that allows for distinguishing or identifying different materials, and the flexibility of the UAVs for planning different kind of flying missions. However, further developments are still needed to take advantage of the combination of these technologies for applications that require a supervised or semi-supervised process, such as defense, surveillance, or search and rescue missions. The main reason is that, in these scenarios, the acquired data typically need to be rapidly transferred to a ground station where it can be processed and/or visualized in real-time by an operator for taking decisions on the fly. This is a very challenging task due to the high acquisition data rate of the hyperspectral sensors and the limited transmission bandwidth.

中文翻译：

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基于无人机的采集平台的实时高光谱数据传输

安装在无人飞行器（UAV）上的高光谱传感器通过结合获取允许区分或识别不同材料的大量信息的能力以及用于计划不同种类的无人机的灵活性，为不同的遥感应用提供了许多好处。飞行任务。但是，对于需要监督或半监督过程的应用，例如国防，监视或搜索和救援任务，仍需要进一步开发以利用这些技术的组合。主要原因是，在这些情况下，通常需要将获取的数据快速传输到地面站，操作员可以实时在地面站对其进行实时处理和/或可视化，以便即时做出决策。