Add to ORKGAlthough the conventional FS algorithm achieves the best quality amongst various Motion Estimation (ME) algorithms and it is straightforward and has been successfully implemented on VLSI chips [1], its computational complexity is very high. In contrast, real time and portable multimedia devices require ultra computationally efficient video code
Abstract—This paper proposes a very efficient and simple fine-resolution inner search for the well-k...
[[abstract]]This work presents a novel block motion estimation (ME) approach, diamondarc-hexagon sea...
This paper presents a new fast motion estimation (ME) algorithm targeting high resolution digital vi...
Although the conventional FS algorithm achieves the best quality amongst various Motion Estimation (...
Implementation of the Block Matching Algorithm (BMA) in Motion Estimation (ME) has been widely used ...
Estimation itself consumes more than half of the coding time to encode. To reduce the computational ...
<span class="MedBlackText">Motion estimation based on block matching plays a very important role in ...
Motion Estimation (ME) is an integral part of any video encoder and a large number of Block Matching...
Trading-off computational complexity and quality is an important performance constraint for real tim...
We present an adaptive algorithm that finds the best block-matching results in a computationally con...
Trading-off computational complexity and quality is an important performance constraint for real tim...
Motion Estimation (ME) is an important part of the MPEG-4 encoder, due to its significant impact on ...
Abstract—In motion estimation, the search patterns with different shape and size have a large conseq...
Video coding is a complex process, comprising a combination of spatial, temporal and statistical dat...
10.1109/76.709403IEEE Transactions on Circuits and Systems for Video Technology84369-377ITCT
Abstract—This paper proposes a very efficient and simple fine-resolution inner search for the well-k...
[[abstract]]This work presents a novel block motion estimation (ME) approach, diamondarc-hexagon sea...
This paper presents a new fast motion estimation (ME) algorithm targeting high resolution digital vi...
Although the conventional FS algorithm achieves the best quality amongst various Motion Estimation (...
Implementation of the Block Matching Algorithm (BMA) in Motion Estimation (ME) has been widely used ...
Estimation itself consumes more than half of the coding time to encode. To reduce the computational ...
<span class="MedBlackText">Motion estimation based on block matching plays a very important role in ...
Motion Estimation (ME) is an integral part of any video encoder and a large number of Block Matching...
Trading-off computational complexity and quality is an important performance constraint for real tim...
We present an adaptive algorithm that finds the best block-matching results in a computationally con...
Trading-off computational complexity and quality is an important performance constraint for real tim...
Motion Estimation (ME) is an important part of the MPEG-4 encoder, due to its significant impact on ...
Abstract—In motion estimation, the search patterns with different shape and size have a large conseq...
Video coding is a complex process, comprising a combination of spatial, temporal and statistical dat...
10.1109/76.709403IEEE Transactions on Circuits and Systems for Video Technology84369-377ITCT
Abstract—This paper proposes a very efficient and simple fine-resolution inner search for the well-k...
[[abstract]]This work presents a novel block motion estimation (ME) approach, diamondarc-hexagon sea...
This paper presents a new fast motion estimation (ME) algorithm targeting high resolution digital vi...