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Power-Aware Data Structure Using Memory Allocation Techniques in EPS-Based Motion Recognition Systems

机译:基于EPS的运动识别系统中的存储器分配技术的电源感知数据结构

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In this paper, we propose power-aware data structure using loop transformation in preprocessing of motion recognition systems based on EPS (Electromagnetic Potential Sensor). First, we estimate power consumption of smart devices or tablets in gesture recognition preprocessing. We analyze input signals from sensors, filter, store, and measure the power efficiency of each of different data structures using loop transformation. We search data structure for optimal transformation. Proposed method based on EPS for gesture recognition in smart devices demonstrates to reduce power consumption significantly, about 20%.
机译:在本文中,我们在基于EPS(电磁电位传感器)的运动识别系统的预处理中,提出了电动感知数据结构。首先,我们在手势识别预处理中估算智能设备或平板电脑的功耗。我们使用环形变换分析来自传感器,滤波器,存储,存储器的输入信号,并测量每个不同数据结构的功率效率。我们搜索数据结构以获得最佳变换。基于EPS的智能设备识别EPS的提出方法表明,显着降低功耗,约20%。

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