Online codesign on reconfigurable platform for parallel computing

Parallel computing using MPI and OpenMP on self-configured platform, UMZHPC.

Parallel computing is a topic of interest for a broad scientific community since it facilitates many time-consuming algorithms in different application domains.In this paper, we introduce a novel platform for parallel computing by using MPI and OpenMP programming languages based on set of networked PCs. UMZHPC is a free Linux-based parallel computing infrastructure that has been developed to cr...

HW/SW Codesign of FPGA-based Neural Networks

In this article, we present a HW/SW codesign approach for the implementation of multilayer perceptrons resulting in an embedded system that can be used in wide variety of applications. The motivation for the HW/SW codesign includes declining time-to-market and power constraints as well as increasing gap between silicon area and computational intensity. By utilizing codesign, hardware tasks −to ...

Riley-2: A flexible platform for codesign and dynamic reconfigurable computing research

Reconfigurable Computing and Hardware/Software Codesign

Modern consumer appliances as wireless communication and multimedia systems present very strong requirements for the digital parts of these systems: digital design process must provide solutions which possess high performance, flexibility for multifunctional use, and energy efficiency. Over the past decade, the reconfigurable computing platform has been an emerging approach in scientific resear...

HW/SW codesign techniques for dynamically reconfigurable architectures

Hardward/software (HW/SW) codesign and reconfigurable computing are commonly used methodologies for digitalsystems design. However, no previous work has been carried out in order to define a HW/SW codesign methodology with dynamic scheduling for run-time reconfigurable architectures. In addition, all previous approaches to reconfigurable computing multicontext scheduling are based on static-sch...