Motion Estimation is an essential process in many video coding standards like MPEG-2, H.264/AVC and HEVC. Despite Motion Estimation has been used at the encoder, it is expected to be used in future consumer devices in the distributed video coding architectures. But the Motion Estimation itself consumes more than 50% coding complexity or time to encode. To reduce the computation time, many fast Motion Estimation Algorithms were proposed and implemented. The present paper proposes a new fast ME algorithm which outperforms the fast ME algorithm implemented in HEVC reference software HM
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
Motion estimation (ME) is one of the most time consuming parts in video coding standard. As fast int...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
Motion estimation is one of the most demanding and complex tools in block based video encoders. Vari...
Abstract The paper presents a hardware friendly fast algorithm and its architecture for motion estim...
In this paper, a fast multi reference frame motion estimation algorithm is proposed to reduce the co...
The encoding process in the HEVC standard is several times more complex than the previous standards....
Abstract In this paper, We have focused on the development and implementation of novel low computati...
AbstractIn video coding standard of H.264/AVC, motion estimation (ME) using multiple reference pictu...
In video coding, motion estimation (ME) that predicts a block among temporally correlated frames has...
In this paper, we propose a novel massively parallel motion estimation for HEVC using an efficient y...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
Motion estimation (ME) is one of the most time consuming parts in video coding standard. As fast int...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
International audience—In this paper, a fast configuration for Motion Estimation (ME) is described i...
Motion estimation is one of the most demanding and complex tools in block based video encoders. Vari...
Abstract The paper presents a hardware friendly fast algorithm and its architecture for motion estim...
In this paper, a fast multi reference frame motion estimation algorithm is proposed to reduce the co...
The encoding process in the HEVC standard is several times more complex than the previous standards....
Abstract In this paper, We have focused on the development and implementation of novel low computati...
AbstractIn video coding standard of H.264/AVC, motion estimation (ME) using multiple reference pictu...
In video coding, motion estimation (ME) that predicts a block among temporally correlated frames has...
In this paper, we propose a novel massively parallel motion estimation for HEVC using an efficient y...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
Motion estimation (ME) is one of the most time consuming parts in video coding standard. As fast int...