Table 1.
YEAR | SUMMARY | DATASET | |
---|---|---|---|
Bobick et al. [47] | 2001 | Use of motion-energy image (MEI) and motion-history image (MHI). | - |
Schuldt et al. [49] | 2004 | Use of local space-time features to recognize complex motion patterns. | KTH Action [49] |
Niebles et al. [55] | 2007 | Use of a hybrid hierarchical model, combining static and dynamic features. | Weizmann [64] |
Laptev et al. [42] | 2008 | Use of spatio-temporal features and extend spatial pyramids to spatio-temporal pyramids. | KTH Action [49] Hollywood [42] |
Chen et al. [63] | 2009 | Use of HOG for human pose representations and HOOF to characterize human motion. | Weizmann [64] Soccer [83] Tower [63] |
Chaudhry et al. [46] | 2009 | Use of HOOF features by computing optical flow at every frame and binning them according to primary angles. | Weizmann [64] |
Lertniphonphan et al. [45] | 2011 | Use of a motion descriptor based on direction of optical flow. | Weizmann [64] |
Wang et al. [76] | 2013 | Use of camera motion to correct dense trajectories. | HMDB51 [88] UCF101 [89] Hollywood2 [90] Olympic Sports [91] |
Akpinar et al. [81] | 2014 | Use of a generic temporal video segment representation, introducing a new velocity concept: Weighted Frame Velocity. | Weizmann [64] Hollywood [42] |
Kumar et al. [15] | 2016 | Use of a local descriptor built by optical flow vectors along the edges of the action performers. | Weizmann [64] KTH Action [49] |
Sehgal, S. [87] | 2018 | Use of background subtraction, HOG features and BPNN classifier. | Weizmann [64] |