Add to ORKGAn adaptive block-matching algorithm is proposed based on the genetic algorithm for video compression. Novel adaptive elements accelerate and adapt to the evolving process by exploiting the inherent correlation between video pictures. These elements include the initial population selection, the parent selection and the termination judgment. Extensive simulations confirmed that the algorithm can achieve a precise block-matching search with relatively low computational complexity
Abstract—Content with rapid, moderate, and slow motion is frequently mixed together in real video se...
Abstract: Motion is a feature, which may be used for identification, description and differentiation...
Abstract — Block matching motion estimation is the essence of video coding systems. Therefore, devel...
With the advance in VLSI technology as well as the increasing demand in multimedia applications, vid...
[[abstract]]In this paper, a lightweight genetic search algorithm (LGSA) is proposed. Different evol...
[[abstract]]In this paper, a lightweight genetic search algorithm (LGSA) is proposed. Different evol...
We present an adaptive algorithm that finds the best block-matching results in a computationally con...
ABSTRACT: This paper is a review of the block matching algorithms used for motion estimation in vide...
: A new fast search algorithm for block matching motion estimation is presented in this paper. The n...
The new video coding standard, H.264/AVC, has achieved significant compression gain by utilizing sev...
Motion estimation is one of the major problems in developing video coding applications. Among all mo...
With the improvement of science and technology, the development of the network, and the exploitation...
Motion estimation is one of the major problems in developing video coding applications. Among all mo...
[[abstract]]The correlations of motion vectors between neighboring image blocks have long been appli...
[[abstract]]The correlations of motion vectors between neighboring image blocks have long been appli...
Abstract—Content with rapid, moderate, and slow motion is frequently mixed together in real video se...
Abstract: Motion is a feature, which may be used for identification, description and differentiation...
Abstract — Block matching motion estimation is the essence of video coding systems. Therefore, devel...
With the advance in VLSI technology as well as the increasing demand in multimedia applications, vid...
[[abstract]]In this paper, a lightweight genetic search algorithm (LGSA) is proposed. Different evol...
[[abstract]]In this paper, a lightweight genetic search algorithm (LGSA) is proposed. Different evol...
We present an adaptive algorithm that finds the best block-matching results in a computationally con...
ABSTRACT: This paper is a review of the block matching algorithms used for motion estimation in vide...
: A new fast search algorithm for block matching motion estimation is presented in this paper. The n...
The new video coding standard, H.264/AVC, has achieved significant compression gain by utilizing sev...
Motion estimation is one of the major problems in developing video coding applications. Among all mo...
With the improvement of science and technology, the development of the network, and the exploitation...
Motion estimation is one of the major problems in developing video coding applications. Among all mo...
[[abstract]]The correlations of motion vectors between neighboring image blocks have long been appli...
[[abstract]]The correlations of motion vectors between neighboring image blocks have long been appli...
Abstract—Content with rapid, moderate, and slow motion is frequently mixed together in real video se...
Abstract: Motion is a feature, which may be used for identification, description and differentiation...
Abstract — Block matching motion estimation is the essence of video coding systems. Therefore, devel...