Movement Tracking Detection of Break Dance Based on Deep Learning

Xingyu Ling
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Abstract

To accurately detect the movements of break dance, a movement detection strategy based on improved SSD is proposed. Among them, in order to reduce the calculation amount of traditional SSD, MobileNet_V2 network is used to replace the traditional VGG backbone network, and then the mutex loss function is introduced to weaken the interference of overlapping movements on detection. Finally, the test is carried out in the data set. The results show that after optimization by Loss function, the detection of the model is more accurate in the case of overlapping targets. The accuracy of the model on the test set is 93.4%, and the recall rate is 91.6%, which indicates that the proposed detection network model has a good effect on movement tracking capture, and it can be used in the movement tracking detection of break dance.
基于深度学习的霹雳舞运动跟踪检测
为了准确检测霹雳舞的动作,提出了一种基于改进SSD的动作检测策略。其中,为了减少传统SSD的计算量,采用MobileNet_V2网络代替传统的VGG骨干网,并引入互斥损耗函数来减弱重叠运动对检测的干扰。最后,在数据集中进行测试。结果表明,经过Loss函数优化后的模型在目标重叠情况下的检测精度更高。模型在测试集上的准确率为93.4%,召回率为91.6%,表明所提出的检测网络模型对动作跟踪捕获效果良好,可用于霹雳舞的动作跟踪检测。
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