The video pipeline exploits the inherent functional parallelism of the codec and contains a tailored memory hierarchy with burst accesses to external memory.
The higher resolutions and new functionality of video applications increase their throughput and processing requirements. In.
A memory and communication centric design methodology to reach an energy-efficient dedicated implementation of an MPEG-4 Simple Profile video codec using a ...
The higher resolutions and new functionality of video applications increase their throughput and processing requirements. In.
Request PDF | On Jan 1, 2007, Kristof Denolf and others published A Systematic Approach to Design Low-Power Video Codec Cores | Find, read and cite all the ...
The video pipeline exploits the inherent functional parallelism of the codec and contains a tailored memory hierarchy with burst accesses to external memory.
First, memory optimizations are combined with algorithmic tuning. Then, a partitioning exploration introduces parallelism using a cyclo-static dataflow model ...
A systematic approach to design low power video codec cores ; Authors. Denolf, Kristof; Chirila-Rus, Adrian; Schumacher, Paul; Turney, Robert; Vissers, Kees; ...
The video pipeline exploits the inherent functional parallelism of the codec and contains a tailored memory hierarchy with burst accesses to external memory.
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The Terpsicore was designed for use in embedded systems where low cost, high performance and power efficiency are important. This design supports simple profile ...