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Journal of System Simulation

Abstract

Abstract: The current methods of human action recognition by computer vision are mostly based on hand-craft features and usually prior knowledge-required. They inevitably depend on specific applications and neglect the inner structure of visional information. A novel method which integrated self-learned pose features and combined posture symbol rules was proposed to achieve the recognition of human action more efficiently. The structural features of posture silhouette were extracted and a codebook of primary posture was built through the establishment of a sparse auto-encoder network. Then, in the phase of recognition, the Hidden Markov Model was employed to train the models for different action categories. Besides, a key frame extraction algorithm was developed to reduce the redundancy of long code sequence before training HMMs. Simulation experiments manifest the effectiveness of the proposed method.

First Page

1782

Revised Date

2015-06-24

Last Page

1789

CLC

TP391.1

Recommended Citation

Wen Jiarui, Liu Lina, Rui Ling, Ma Shiwei. Human Action Recognition Based on Self-Learning Feature and HMM[J]. Journal of System Simulation, 2015, 27(8): 1782-1789.

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