Multi- and many-core Systems-on-Chip offer the possibility to host an application, partitioned in a number of tasks, on the different cores on one silicon die.

Abstract— Multi-processor architectures are a promising solution to provide the required computational performance for applications in the area of high ...

Abstract— Multi-processor architectures are a promising solution to provide the required computational performance for applications in the area of high ...

[10] presents a reconfigurable multiprocessor which is quite feasible for FPGAs, but the paper focuses on design flow and software tool chains. [11,12] states a ...

Applications accelerated with FPGAs have often delivered 100‐fold speedups per node over microprocessor‐based systems. This, combined with the current ferment ...

In this paper first the use of FPGAs as a multiprocessor on a chip or its use as a highly func- tional coprocessor are compared, and the programming tools for ...

Approaches for high performance reconfigurable computing (HPRC) integrate both processors and FPGAs into a parallel architecture. HPRC can achieve several ...

The paper covers the problems of design and creation of high performance reconfigurable computer systems based on FPGA technology.

Applications accelerated with FPGAs have often delivered 100-fold speedups per node over microprocessor-based systems. This, combined with the current ferment ...

Modern datacenters are reinforcing the computational power and energy efficiency by assimilating field programmable gate arrays (FPGAs).