To dramatically simplify the path from image and signal processing algorithms to FPGA implementation, designers should choose an abstract language-based synthesis technology to use the executable ...

FPGA vendors and independent tools vendors provide FPGA development tools that help bridge this gap between an intuitive algorithm description and an optimized implementation. Most of these tools rely ...

Austin, Texas — DRC Computer Corp. and software partner Celoxica Ltd. have developed an FPGA-based coprocessor module and software development tools that accelerate key algorithms. The DRC Coprocessor ...

Deep learning has advanced rapidly, driving breakthroughs in image recognition, natural language processing, and autonomous ...

Field Programmable Gate Arrays (FPGAs) have emerged as a versatile platform for implementing cryptographic algorithms, offering a balance between flexibility, performance and energy efficiency ...

Microchip has released a C++ algorithm high-level synthesis design workflow for its PolarFire FPGAs. “A large majority of edge compute, computer vision and industrial control algorithms are developed ...

Field-programmable gate arrays (FPGAs) offer a unique platform for the implementation of high-performance sorting algorithms by combining inherent parallelism with customisable hardware ...

The real beauty of this algorithm is that you can implement it with a very small FPGA footprint. CORDIC requires only a small lookup table, along with logic to perform shifts and additions.

Recent advances in C-to-FPGA design methodologies and tools facilitate the rapid creation of hardware-accelerated embedded systems. By Glenn Steiner, Kunal Shenoy, Dan Isaacs (Xilinx), and David ...