The concept of dynamic recon gurability combines advantages of hardware and software. The goal is to make use of the structural advantages of hardware without losing the exibility of software. In this paper we present a recon gurable processor board which is based on the concept of dynamic recon gurability. We emphasize on the dynamic recon gurability of the system and the multi-chip module (MC...

New markets are emerging for the fast growing field-programmable gate array (FPGA) industry. Standard and fair benchmarking practices are necessary to evaluate FPGA systems and determine their potential to support target applications. This paper provides an extensive survey of FPGA benchmarks in both academia and industry.

Reconfigurable hardware has recently shown itself to be an appropriate solution to speeding up problems that are highly dependent on a particular complex or repetitive sub-algorithm. In most cases, these types of solutions lend themselves well to parallel solutions. The optimal design on field programmable gate arrays (FPGAs) for problems with algorithms or sub-algorithms that can be highly par...

In this paper, we present a new contribution of FPGAs (Field-Programmable Gate Array) for control of electrical machines. A detailed description of the structure of direct torque control for PMSM drive, a bench test was realized by a prototyping platform, the experimental results obtained show the effectiveness and the benefit of our contribution and the different steps of implementation for th...

Variation in temperature is a common phenomenon which can affect the performance factor of any device used at different temperatures. Temperature sensors are used to identify the variation in temperature at various or same places as temperature can vary according to time at same place also. This work is related to making Temperature sensor Design on Virtex6 Field Programmable Gate Array for Low...