Abstract—A systolic motion estimation processor (MEP) core architecture implementing the full-search block-matching (FSBM) algorithm is presented. A unique feature of this MEP architecture is its support of frame-level pipelined operation. As such, it is pos-sible to process pixels from consecutive frames without any pro-cessor idle time. It is designed so that no data broadcasting opera-tions are required, and achieves 100 % fully pipelined computation. It compares favorably with existing MEP architectures in terms of both performance and complexity of architecture. Index Terms—Block matching, frame-level pipeline, full search, motion estimation, VLSI architecture. I
In this paper an architecture is described that implements motion estimation in image coding, using ...
Abstract- We have developed a new pel subsampling-based search hardware for motion estimation called...
This paper presents a VLSI macro-cell for the implementation of full-search (FS) motion estimation t...
A new efficient type I architecture for motion estimation in video sequences based on the Full-Searc...
Abstract- A new class of fully parameterizable multiple array architectures for motion estimation (M...
A new class of fully parameterizable multiple array architectures for motion estimation (ME) in vide...
In this paper we describe a parallel architecture for motion estimation based on the Full Search Blo...
This paper presents an efficient VLSI architecture design to achieve real time video processing usin...
Abstract. A new class of fully parameterizable multiple array architectures for motion estimation in...
[[abstract]]© 1995 Institute of Electrical and Electronics Engineers - This paper presents a new sys...
[[abstract]]The authors propose a fast hierarchical motion estimation algorithm with competent perfo...
A performance-driven configurable motion estimator for full search block-matching algorithm (FSBMA) ...
In MPEG and H.26x standards, to eliminate the temporal redundancy we use motion estimation. Given th...
This paper describes a VLSI architecture which can be reconfigured to support both Full Search Block...
In this paper a new VLSI architecture, called ALPHA-B, for the motion estimation full-search algorit...
In this paper an architecture is described that implements motion estimation in image coding, using ...
Abstract- We have developed a new pel subsampling-based search hardware for motion estimation called...
This paper presents a VLSI macro-cell for the implementation of full-search (FS) motion estimation t...
A new efficient type I architecture for motion estimation in video sequences based on the Full-Searc...
Abstract- A new class of fully parameterizable multiple array architectures for motion estimation (M...
A new class of fully parameterizable multiple array architectures for motion estimation (ME) in vide...
In this paper we describe a parallel architecture for motion estimation based on the Full Search Blo...
This paper presents an efficient VLSI architecture design to achieve real time video processing usin...
Abstract. A new class of fully parameterizable multiple array architectures for motion estimation in...
[[abstract]]© 1995 Institute of Electrical and Electronics Engineers - This paper presents a new sys...
[[abstract]]The authors propose a fast hierarchical motion estimation algorithm with competent perfo...
A performance-driven configurable motion estimator for full search block-matching algorithm (FSBMA) ...
In MPEG and H.26x standards, to eliminate the temporal redundancy we use motion estimation. Given th...
This paper describes a VLSI architecture which can be reconfigured to support both Full Search Block...
In this paper a new VLSI architecture, called ALPHA-B, for the motion estimation full-search algorit...
In this paper an architecture is described that implements motion estimation in image coding, using ...
Abstract- We have developed a new pel subsampling-based search hardware for motion estimation called...
This paper presents a VLSI macro-cell for the implementation of full-search (FS) motion estimation t...