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Research on Smart Meter Appearance Detection Based on Unified LBP Algorithm

机译:基于统一LBP算法的智能电表外观检测研究

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In order to reduce the influence of illumination changes on the appearance of smart meter and improve the accuracy of smart meter appearance detection, based on the local two value algorithm theory, the algorithm is improved as the local two value algorithm of the rotation invariance. But rotation invariant local value operator with the sampling number of blocks increases the operator types will be a substantial increase, this limitation is bound to increase computing influence quantity calculation speed. Therefore, it will be done in a unified process, and the unified local two value algorithm is obtained. In the light of the smart meter in strong lighting and weak lighting condition, separately use the local two value algorithm theory and the unified local two value algorithm are separately used to detect the appearance of the smart meter. The analysis results show that the unified local two value algorithm can recognize the information of the smart meter, which has a certain application value for the smart meter.
机译:为了减少光照变化对智能电表外观的影响,提高智能电表外观检测的准确性,在局部二值算法理论的基础上,将该算法作为旋转不变性的局部二值算法进行了改进。但是旋转不变局部值算子随着采样块数的增加而增加,算子类型将大幅度增加,这一局限势必会增加计算影响量的计算速度。因此,它将在一个统一的过程中完成,并获得统一的局部二值算法。针对智能电表在强光和弱光条件下,分别使用局部二值算法理论和统一的局部二值算法分别检测智能电表的外观。分析结果表明,统一的局部二值算法可以识别智能电表的信息,对智能电表具有一定的应用价值。

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