Browsing by Keyword Image matching

Showing results 1 to 20 of 20
1995A new block motion vector estimation using adaptive pixel decimationChan, YL ; Siu, WC 
Feb-1996New adaptive pixel decimation for block motion vector estimationChan, YL ; Siu, WC 
1997A block motion vector estimation using pattern based pixel decimationChan, YL ; Hui, WL; Siu, WC 
1999A feature-assisted search strategy for block motion estimationChan, YL ; Siu, WC 
2000An efficient algorithm for realizing matching pursuits and its applications in MPEG4 coding systemCheung, KP; Chan, YH 
2001Document image template matching based on component block listPeng, H; Long, F; Chi, Z ; Siu, WC 
2001Feature guide : a statistically based feature selection schemeYou, J ; Dillon, T; Pissaloux, E
2002Hierarchical palmprint identification via multiple feature extractionYou, J ; Li, W; Zhang, D 
2002Block motion estimation using adaptive partial distortion searchChan, YL ; Siu, WC ; Hui, KC
2002Fuzzy integral for leaf image retrievalWang, Z; Chi, Z ; Feng, D
2004Hierarchical elastic registration of human brain images based on wavelet decompositionWang, X; Feng, DD
2004SEMO-MAMO, a 3-phase module to compare tropical cyclone satellite images using a modified Hausdorff distanceFeng, BO; Liu, JNK
2004Competitive coding scheme for palmprint verificationKong, W; Zhang, D 
Oct-2005Texture-based palmprint retrieval using a layered search scheme for personal identificationLi, W; You, J ; Zhang, DD 
2007An efficient method for detecting ghost and left objects in surveillance videoLu, S; Zhang, J; Feng, D
2008Online personal identification in night using multiple face representationsKumar, A ; Srikanth, T
Jan-2010Modified edge-directed interpolation for imagesTam, WS; Kok, CW; Siu, WC 
2011Thoracic image matching with appearance and spatial distributionSong, Y; Cai, W; Eberl, S; Fulham, M; Feng, D
2012Integrated point and edge matching on poor textural images constrained by self-adaptive triangulationsWu, B ; Zhang, Y; Zhu, Q
2013Adaptive and localized iris weight map for accurate iris recognition under less constrained environmentsTan, CW; Kumar, A