Signal processing and behaviour recognition in animal welfare monitoring system

P. Busch, Frank Stïpmann, H. Ewald
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引用次数: 1

Abstract

The paper describes the evaluation of captured 3D-acceleration data from collars of dairy cows regarding the prediction of the state of health. It optimizes an existing algorithm on the subject of the distinction of lying and standing activities of dairy cows. It tests the accuracy of the classifier at different sampling frequencies, window sizes and window step-sizes. A parameter selection is discussed regarding the accuracy and minimizing use of resources, due to restricted processing power and energy resources on the targeted embedded system for the prediction algorithm.
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动物福利监测系统中的信号处理与行为识别
本文描述了从奶牛项圈中捕获的关于健康状态预测的3d加速数据的评估。它优化了奶牛躺卧和站立活动区分的现有算法。测试了分类器在不同采样频率、窗大小和窗步长下的准确率。由于目标嵌入式系统对预测算法的处理能力和能源有限,因此讨论了关于准确性和最小化资源使用的参数选择。
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