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Progressive Band Processing of Anomaly Detection

机译:异常检测的渐进带加工

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Band selection (BS) has advantages over data dimensionality in satellite communication and data transmission in the sense that spectral bands can be selected by users at their discretion for data analysis, while preserving data fidelity. However, to materialize BS in such practical applications several issues need to be addressed. One is how many bands required for BS. Another is how to select appropriate bands. A third one is how to take advantage of previously selected bands without re-implementing BS. Finally and most important one is how to process BS as number of bands varies. This paper presents a specific application to progressive band processing of anomaly detection, which does not require BS and can be carried out in a progressive fashion with data updated recursively band by band in the same way that data is processed by a Kalman filter.
机译:频带选择(BS)具有在卫星通信中的数据维度和数据传输中的优势,因为用户可以根据数据分析的自行决定可以选择频谱频带,同时保留数据保真度。但是,在这种实际应用中实现BS的若干问题需要解决几个问题。一个是BS所需的频段。另一个是如何选择合适的乐队。第三个是如何利用先前选择的频带而无需重新实现BS。最后,最重要的是如何处理BS,因为频段的数量变化。本文介绍了对异常检测的逐行频带处理的特定应用,其不需要BS,并且可以以逐步的方式以递归频带更新的数据以与卡尔曼滤波器处理的方式相同的方式执行。

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