Part 2 shows how the C2R C-to-RTL compiler was used to customize and validate the datapath. Programmable architectures, including micro-coded data-parallel accelerators, are the backbone processing ...

SIMD intrinsics actually look like a function call, but generally produce a ... James Reinders is a software programmer with a passion for Parallel Programming and Parallel Computer Architecture.

Featuring a scalable VLIW/SIMD architecture, up to 128-bit SIMD, a variable length pipeline and support for both fixed- and floating-point operations, The NEW CEVA-X delivers 2X more DSP horsepower ...

The MIPS SIMD architecture (MSA) module allows efficient parallel processing of vector operations. This functionality is of growing importance across a range of applications. For consumer electronics ...

While the hardware capability continues to increase, compilers also have progressed in order to generate the most efficient code for a given architecture. With the addition of the OpenMP SIMD ...

A SIMD architecture operates on multiple data points using a single instruction. The most common architecture right now (according to the Top500 computer list) ...

In today’s automobiles, manufacturers competitively blend performance and custom features with cutting-edge safety technology. In today’s automobiles, manufacturers competitively blend ...

Oracle and Intel are developing a Java API to add first-class vector, or SIMD (single instruction, multiple data), support to the platform, which could yield big performance gains.. Part of ...

The CPU for a system can be anything from a 6502 for something simple, a vector processor for doing loads of math, or have a RISC, streaming, pipelined, SIMD architecture.