We show architecture fitness for WLAN ... had to operate forward and backward steps in parallel, which is impossible in SIMD. Also, for the same reason, the computation of gs, as and bs over the ...

Pixel-parallel PE and SIMD architectures are widely used in high-speed image processing to enhance computing power. With fully exploiting the data level parallelism of low- and middle-level image ...

Abstract: Exploiting the parallel execution capability of Vector Arithmetic Logic Units is a promising way to speed up the FDTD computation. We have studied how the Streaming SIMD Extensions (SSE) ...

Discover the future of intelligent architecture, where buildings actively enhance urban life through data and responsive ...

Familiar Strength—Meet BTC-S Today At the heart of Bitcoin Solaris is a technological beast—parallel sharding. This architecture divides the network into multiple shards that process ...

We propose the MediaBreeze architecture that uses hardware support for efficient address generation, looping, and data reorganization (permute, packing/unpacking, transpose, etc.). Our results on ...

The RISC-V P extension consists of 331 instructions which can be divided into groups. The A70XP includes a SIMD unit which executes P extension instructions with single-cycle latency. Multi-cycle ...