Electronic Design

Flow Implements C++ DSP Algorithms in FPGAs

Using a design flow put together by Mentor Graphics and Altera, designers can implement complex DSP algorithms in high-performance FPGAs directly from ANSI C++ code. The flow, which is based on Altera ...
EDN

Implementing DSP functionality with FPGAs

DSP-based processing is crucial to many of today’s consumer, industrial control, and medical systems. Building DSP-based systems using FPGAs can be challenging, and schedule delays happen all too ...
Electronic Design

DSP Goes From Algorithm To Implementation

To implement algorithms, digital-signal-processing (DSP) developers have had to rely upon design flows that use manual approaches. Aside from being time consuming, the manual process can invite errors ...
Nature

FPGA-Based Image Edge Detection Algorithms

Field-Programmable Gate Arrays (FPGAs) offer a flexible hardware substrate for accelerating image edge detection, combining high parallelism with reconfigurability to meet real-time throughput and low ...
Semiconductor Engineering

Fully Reconfigurable DSP: As Fast As Hardwired At ~2x Area/Power

What we hear from customers is that there is a growing need for very fast and very flexible DSP, which hardwired solutions can’t address. And that the fastest solutions are FPGAs, but they are big, ...