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引用次数: 7

摘要

本文详细讨论了我们(团队:AISA)基于集成的方法来检测sussexhuawei Locomotion-Transportation (SHL)识别挑战中的人类活动。SHL识别挑战是一项公开竞赛,参与者的任务是识别8种不同类型的活动,这些活动基于智能手机从多个位置收集的数据——手、臀部、躯干、包。根据传感器数据的幅值,计算时域和频域特征,实现位置无关。为了使模型具有鲁棒性,我们对所提供的训练和验证数据进行随机洗牌训练。为了找到最优的超参数,我们并行执行随机搜索,从大约200个模型中选择性能最好的模型。我们将该组合数据集的30%用于内部测试,该模型在该测试数据集上预测人类活动的F1-Score为86%。
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Ensemble approach for sensor-based human activity recognition
This paper discusses in detail our (Team:AISA) ensemble based approach to detect Human Activity for the Sussex-Huawei Locomotion-Transportation (SHL) recognition challenge. The SHL recognition challenge is an open competition wherein the participants are tasked with recognizing 8 different types of activities based on smartphone data collected from multiple positions - Hand, Hips, Torso, Bag. On the magnitude of sensor data, time and frequency domain features were calculated to achieve position independence. To make the model robust, we trained it with a random shuffle of the training and validation data provided. To find the optimal hyper-parameters, we parallely executed randomized search to choose the best performing model from about 200 models. We set aside 30% of this combined dataset for internal testing and the model predicted human activities with an F1-Score of 86% on this test dataset.
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