This work utilizes CebaTech's untimed ANSI C to RTL flow, along with a more traditional RTL codebase, to describe a configurable, 2-way Long Instruction Word (LIW) architecture that can adapt easily ...

The capabilities of both approaches are described here, along with a modified SIMD architecture based on associate ... allows a processor to exploit up to eight-way parallelism and manipulate up to ...

Is low-level programming a sin or a virtue? It depends. When programming for using vector processing on a modern processor, ideally I’d write some code in my favorite language and it would run ...

With dual-issue machines like the original Pentium, two instructions that meet certain criteria can execute in parallel ... architecture of the Cell SPE is a dual-issue, statically scheduled SIMD ...

128-bit SIMD: higher data-parallel system performance The P5600 ... double precision floating point operations. The MIPS SIMD architecture adheres to true RISC philosophy, starting with thirty ...

Announced at its Software Technology Day in London, Intel new Data Parallel C++ aims to provide ... at a given performance level on a given architecture to maintain that same performance level ...

enabling two-times 8-way VLIW and up to 14,000 bits of data-level parallelism. It incorporates an advanced, deep pipeline architecture enabling operating speeds of 1.8 GHz at a 7-nm process node ...

Programmable architectures, including micro-coded data-parallel accelerators ... C2R compiler for implementing a 2-way LIW/SIMD hybrid accelerator, attached to a scalar processor core, with ...