Publication | Closed Access
Human activity recognition using optical flow based feature set
40
Citations
23
References
2016
Year
Unknown Venue
EngineeringMachine LearningBiometricsWearable TechnologyOptical FlowVideo InterpretationOptical Flow VectorsImage AnalysisPattern RecognitionVideo Content AnalysisHuman Activity RecognitionHuman ActionsHealth SciencesMachine VisionDanceVideo UnderstandingDeep LearningComputer VisionMotion DetectionEye TrackingHuman MovementActivity RecognitionMotion Analysis
An optical flow based approach for recognizing human actions and human-human interactions in video sequences has been addressed in this paper. We propose a local descriptor built by optical flow vectors along the edges of the action performer(s). By using the proposed feature descriptor with multi-class SVM classifier, recognition rates as high as 95.69% and 94.62% have been achieved for Weizmann action dataset and KTH action dataset respectively. The recognition rate achieved is 92.7% for UT interaction Set_l, 90.21% for UT interaction Set_2. The results demonstrate that the method is simple and efficient.
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