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SAR and optical data fusion for land use and cover change detection

Type: Conference Paper

Author : Mishra, B.; Susaki, J.

Publisher: IEEE

Year: 2014

New Frame Rate Up-Conversion Algorithms With Low Computational Complexity

Type: Journal Paper

Author : Un Seob Kim; Myung Hoon Sunwoo

Publisher: IEEE

Year: 2014

Frame Rate Up Conversion Based on Variational Image Fusion

Type: Journal Paper

Author : Won Hee Lee; Kyuha Choi; Jong Beom Ra

Publisher: IEEE

Year: 2014

Depth-Assisted Frame Rate Up-Conversion for Stereoscopic Video

Type: Journal Paper

Author : Xiaohui Yang; Ju Liu; Jiande Sun; Yeejin Lee; Nguyen, Truong Q.

Publisher: IEEE

Year: 2014

Frame Rate Up-Conversion Method for Video Processing Applications

Type: Journal Paper

Author : Yong Guo; Li Chen; Zhiyong Gao; Xiaoyun Zhang

Publisher: IEEE

Year: 2014

Multi-Channel Mixed-Pattern Based Frame Rate Up-Conversion Using Spatio-Temporal Motion Vector Refinement and Dual-Weighted Overlapped Block Motion Compensation

Type: Journal Paper

Author : Ran Li; Zongliang Gan; Ziguan Cui; Guijin Tang; Xiuchang Zhu

Publisher: IEEE

Year: 2014

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SAR and optical data fusion for land use and cover change detection

New Frame Rate Up-Conversion Algorithms With Low Computational Complexity

Frame Rate Up Conversion Based on Variational Image Fusion

Depth-Assisted Frame Rate Up-Conversion for Stereoscopic Video

Frame Rate Up-Conversion Method for Video Processing Applications

Multi-Channel Mixed-Pattern Based Frame Rate Up-Conversion Using Spatio-Temporal Motion Vector Refinement and Dual-Weighted Overlapped Block Motion Compensation

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SAR and optical data fusion for land use and cover change detection

New Frame Rate Up-Conversion Algorithms With Low Computational Complexity

Frame Rate Up Conversion Based on Variational Image Fusion

Depth-Assisted Frame Rate Up-Conversion for Stereoscopic Video

Frame Rate Up-Conversion Method for Video Processing Applications

Multi-Channel Mixed-Pattern Based Frame Rate Up-Conversion Using Spatio-Temporal Motion Vector Refinement and Dual-Weighted Overlapped Block Motion Compensation