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ANN for Gesture Recognition using Accelerometer Data

机译:用于使用加速度计数据的手势识别

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This paper presents the application of Artificial Neural Networks to recognise among gestures trajectory patterns in a Euclidean space. The data was filtered and normalised by the Fast Fourier Transform. The k-means algorithm was used to parametrise the optimized data as input of the ANN by creating 15 clusters of data. Using the FANN tool, the ANN was modeled trained and tested so that the output of the ANN is the recognised gesture . The raw data comes from a set of 8 trajectories representing gestures captured by a device based on accelerometers like the Nintendo Wii remote.
机译:本文介绍了人工神经网络在欧几里德空间中识别姿态轨迹图案中的识别。通过快速傅立叶变换过滤并标准化数据。 K-means算法用于通过创建15个数据集群作为ANN的输入参数化。使用FANN工具,ANN被建模培训并测试,以便ANN的输出是公认的手势。原始数据来自一组8个轨迹,代表由基于Nintendo Wii Remote等加速度计的设备捕获的手势。

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