In this paper, motion estimation preprocessing algorithm is mapped onto a new dynamically parallel computing architecture, namely, the parallel computing architecture, which consists of multiple parallel units It eventually reduces the computation required for motion estimation in advance video coding A directed acyclic graph is constructed to represent the video coding algorithms comprising motion estimation This speeds up the video processing with minimum sacrificeThis work was supported in part by Hanyang University, under newly appointed faculty research gran
This paper presents a paralleled two-pass hexagonal (TPA) algorithm constituted by linear hashtable ...
This paper presents a paralleled two-pass hexagonal (TPA) algorithm constituted by linear hashtable ...
This paper proposes a hardware friendly multi-resolution motion estimation algorithm and VLSI archit...
Motion estimation occupies the heaviest computation in HEVC (high efficiency video coding). Many fas...
Motion estimation occupies the heaviest computation in HEVC (high efficiency video coding). Many fas...
This thesis deals with the design and implementation of extremely parallel fast motion / disparity e...
The need of video compression in the modern age of visual communication cannot be over-emphasized. T...
Abstract The paper presents a hardware friendly fast algorithm and its architecture for motion estim...
This paper presents a VLSI architecture for a low complexity motion estimation algorithm, referred t...
In many image processing contexts there is a requirement for some form of motion estimation. A numbe...
Parallel processors such as Graphics processing units (GPUs) have emerged as co-processing units for...
Parallel processors such as Graphics processing units (GPUs) have emerged as co-processing units for...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
This paper presents a paralleled Two-Pass Hexagonal (TPA) algorithm constituted by Linear Hashtable ...
This paper presents a paralleled Two-Pass Hexagonal (TPA) algorithm constituted by Linear Hashtable ...
This paper presents a paralleled two-pass hexagonal (TPA) algorithm constituted by linear hashtable ...
This paper presents a paralleled two-pass hexagonal (TPA) algorithm constituted by linear hashtable ...
This paper proposes a hardware friendly multi-resolution motion estimation algorithm and VLSI archit...
Motion estimation occupies the heaviest computation in HEVC (high efficiency video coding). Many fas...
Motion estimation occupies the heaviest computation in HEVC (high efficiency video coding). Many fas...
This thesis deals with the design and implementation of extremely parallel fast motion / disparity e...
The need of video compression in the modern age of visual communication cannot be over-emphasized. T...
Abstract The paper presents a hardware friendly fast algorithm and its architecture for motion estim...
This paper presents a VLSI architecture for a low complexity motion estimation algorithm, referred t...
In many image processing contexts there is a requirement for some form of motion estimation. A numbe...
Parallel processors such as Graphics processing units (GPUs) have emerged as co-processing units for...
Parallel processors such as Graphics processing units (GPUs) have emerged as co-processing units for...
Digital video has many advantages over its analog counterpart. For effective storage and delivery, d...
This paper presents a paralleled Two-Pass Hexagonal (TPA) algorithm constituted by Linear Hashtable ...
This paper presents a paralleled Two-Pass Hexagonal (TPA) algorithm constituted by Linear Hashtable ...
This paper presents a paralleled two-pass hexagonal (TPA) algorithm constituted by linear hashtable ...
This paper presents a paralleled two-pass hexagonal (TPA) algorithm constituted by linear hashtable ...
This paper proposes a hardware friendly multi-resolution motion estimation algorithm and VLSI archit...