Publication | Closed Access
Convolutional neural networks (CNN) for indoor human activity recognition using Ubisense system
17
Citations
12
References
2017
Year
Unknown Venue
Convolutional Neural NetworkPhysical ActivityEngineeringHuman Pose EstimationAction Recognition (Movement Science)Action Recognition (Computer Vision)Wearable TechnologyUbisense SystemHuman MonitoringMovement AnalysisImage AnalysisKinesiologyPattern RecognitionHealth SciencesMachine VisionDeep LearningComputer VisionRecognition MethodMotion DetectionSoftmax ClassifierConvolutional Neural NetworksHuman MovementActivity RecognitionMotion Analysis
In order to improve the accuracy of Indoor Human Activity Recognition based on the spatial location information, we proposed a recognition method using the convolutional neural network(CNN). We pre-process the raw spatial location data and transfer them into motion feature, frequency feature and statistic feature. These features are input into the CNN to do local feature analysis. After that, we got the characteristic output items, which have to be processed by the Softmax classifier, which can recognize six activities, including walking, sitting, lying, standing, jogging and jumping. By comparing the experimental results, the best recognition rate of different experimenters is 86.7%, which shows its feasibility.
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