0000000000387998

AUTHOR

T. Sihvo

showing 2 related works from this author

A Low Cost Solution for 2D Memory Access

2006

Many of the new coding tools in the H.264/AVC video coding standard are based on 2D processing resulting in row-wise and column-wise memory accesses starting from arbitrary memory locations. This paper proposes a low cost solution for efficient realization of these 2D block memory accesses on sub-word parallel processors. It is based on the use of simple register-based data permutation networks placed between the processor and memory. The data rearrangement capabilities of the networks can further be extended with more complex control schemes. With the proposed control schemes, the networks enable row and column accesses from arbitrary memory locations for blocks of data while maintaining f…

Flat memory modelShared memoryComputer scienceInterleaved memoryRegistered memoryUniform memory accessSemiconductor memoryDistributed memoryParallel computingMemory map2006 49th IEEE International Midwest Symposium on Circuits and Systems
researchProduct

A block access unit for 2D memory access

2007

Many of the coding tools in the H.264/AVC video coding standard are based on 2D processing resulting in rowwise and column-wise memory accesses starting from arbitrary memory addresses. This paper discusses a low-cost hardware realization of these accesses on sub-word parallel processors. The proposed block access unit is placed between the processor and memory. It supports unaligned 2D block accesses according to several 2D access patterns. The 2D block accesses are pipelinable and they result in minimum number of memory accesses required to deliver the desired data.

Memory addressComputer scienceUniform memory accessSemiconductor memoryParallel computingH 264 avcScalable Video CodingCoding (social sciences)Norchip 2007
researchProduct