[[abstract]]The variable block size (VBS) motion estimation technique requires a large number of computation. A new VBS motion estimation algorithm, called the classified VBS, is proposed here to overcome this problem. The performance of VBS and CVBS with regards to coding efficiency is investigated. It is shown that the CVBS algorithm requires only about 1/6 to 1/10 the computations needed by the conventional VBS.[[fileno]]2030211030022[[department]]資訊工程學
Abstract — The Advanced Video Coding (AVC) standard proposes the usage of Variable Block Size (VBS) ...
We extend quad-tree-structured variable size block matching (VSBM) techniques for the estimation of ...
Variable Block Size (VBS) based motion estimation has been adapted in state of the art video coding...
[[abstract]]The variable block size (VBS) motion estimation technique requires a large number of com...
[[abstract]]In recent years, the variable-block-size (VBS) motion estimation technique has been wide...
The motion compensated coding(MCC), which exploits the temporal redundancies in the moving images, i...
Variable block size motion estimation (VBSME) in state-of-the-art video coding standards is one of t...
[[abstract]]A new algorithm for very low bit-rate image sequences coding with low bit-rate and high ...
We report two techniques for variable size block matching (VSBM) motion compensation. Firstly an alg...
[[abstract]]A new algorithm for very low bit-rate image sequences coding with low bit-rate and high ...
This paper introduces an improved variable size block based motion estimation algorithm relying on a...
We describe a quad-tree based variable size block matching (VSBM) motion estimation algorithm which ...
Motion estimation (ME) is a multistep process that involves not one, but a combination of techniques...
In the new video compression standards, AVC and AVS, the motion estimation adopts many new features ...
This report studies variable-block size motion estimation in time-varying imagery. An image can be p...
Abstract — The Advanced Video Coding (AVC) standard proposes the usage of Variable Block Size (VBS) ...
We extend quad-tree-structured variable size block matching (VSBM) techniques for the estimation of ...
Variable Block Size (VBS) based motion estimation has been adapted in state of the art video coding...
[[abstract]]The variable block size (VBS) motion estimation technique requires a large number of com...
[[abstract]]In recent years, the variable-block-size (VBS) motion estimation technique has been wide...
The motion compensated coding(MCC), which exploits the temporal redundancies in the moving images, i...
Variable block size motion estimation (VBSME) in state-of-the-art video coding standards is one of t...
[[abstract]]A new algorithm for very low bit-rate image sequences coding with low bit-rate and high ...
We report two techniques for variable size block matching (VSBM) motion compensation. Firstly an alg...
[[abstract]]A new algorithm for very low bit-rate image sequences coding with low bit-rate and high ...
This paper introduces an improved variable size block based motion estimation algorithm relying on a...
We describe a quad-tree based variable size block matching (VSBM) motion estimation algorithm which ...
Motion estimation (ME) is a multistep process that involves not one, but a combination of techniques...
In the new video compression standards, AVC and AVS, the motion estimation adopts many new features ...
This report studies variable-block size motion estimation in time-varying imagery. An image can be p...
Abstract — The Advanced Video Coding (AVC) standard proposes the usage of Variable Block Size (VBS) ...
We extend quad-tree-structured variable size block matching (VSBM) techniques for the estimation of ...
Variable Block Size (VBS) based motion estimation has been adapted in state of the art video coding...