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Classification of metallic targets using a single frequency component of the magnetic polarisability tensor

机译:使用磁极极化张量的单个频率分量的金属靶数分类

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A k-nearest neighbour (KNN) classification algorithm has been added to a walk-through metal detection system which is capable of inverting the magnetic polarisability tensor of metallic targets at a frequency of 10 kHz. Pre-computed library data is used to determine the class of the object, e.g. 'knife' or 'mobile phone', and is consequently capable of determining if an object is considered a threat. The results presented show a typical success rate of 95%. An investigation into classification accuracy between different candidates is also presented to determine the significance of the body effect on the success of the classification.
机译:k最近邻(KNN)分类算法已被添加到步道金属检测系统,该算法能够以10kHz的频率反转金属靶的磁性极化性张量。预计算机数据用于确定对象的类,例如, “刀”或“手机”,因此能够确定对象是否被认为是威胁。结果显示出典型的成功率为95%。还提出了对不同候选人之间的分类准确性的调查,以确定身体对分类成功的重要性。

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