Multiprocessor platforms have been proposed as an enabling technology for Cognitive Radio. In this paper, we explore various FFT implementations on a multiprocessor prototype platf...
For two decades, reconfigurable computing systems have provided an attractive alternative to fixed hardware solutions. Reconfigurable computing systems have demonstrated the low c...
Projected computational requirements for future space missions are outpacing technologies and trends in conventional embedded microprocessors. In order to meet the necessary levels...
Adam Jacobs, Grzegorz Cieslewski, Casey Reardon, A...
”C to Gates” compilers for FPGAs have been a topic of investigation for nearly two decades. Some of these endeavors have reached a point of viability. Impulse C, for example, ...
Abstract: If the computational demands of an interactive graphics rendering application cannot be met by a single commodity Graphics Processing Unit (GPU), multiple graphics accele...
Ross Brennan, Michael Manzke, Keith O'Conor, John ...
This paper describes a proof-of-concept implementation of a basic autonomous computing system. The system consists of an XUP Virtex-II Pro board running Linux and a set of softwar...
An autonomous computing system is a system that functions with a large degree of independence, and assumes a large amount of responsibility for its own resources and operation. As...
- Even though state-of-the-art FPGAs present new opportunities in exploring low-cost high-performance architectures for floating-point scientific applications, they also pose serio...
The emergence of high-density reconfigurable hardware devices gives scientists and engineers an option to accelerating their numerical computing applications on low-cost but power...