Abstract--The most popular representative devices of reconfigurable computing are the Field Programmable Gate Arrays (FPGAs). A promising feature of an FPGA is the ability to reuse...
Contemporary processors are becoming wider and more parallel. Thus developers must work hard to extract performance gains. An alternative computing paradigm is to use FPGA technolo...
Researchers in embedded and reconfigurable computing are often hindered by a lack of suitable benchmarks with which to accurately evaluate their work. Without a suitable benchmark ...
Daniel W. Chang, Christipher D. Jenkins, Philip C....
In this paper, we introduce the open-source PivPav backend tool for reconfigurable computing. Essentially, PivPav provides an interface to a library of digital circuits that are ke...
Due to its potential to greatly accelerate a wide variety of applications, reconfigurable computing has become a subject of a great deal of research. By mapping the compute-intens...
Katherine Compton, Zhiyuan Li, James Cooley, Steph...
: In this work we present a survey of different papers about reconfigurable computing and its applications. These papers treat very different reconfigurable-computing applications:...
Traditional reconfigurable computing platforms are designed to be single user and have been acknowledged to be difficult to design applications for. The design tools are still pri...
In this paper, we present a full-system reconfigurable computing simulation platform intended to promote innovative new research in reconfigurable computing. Currently, reconfigur...
It is valuable to identify and catalog design patterns for reconfigurable computing. These design patterns are canonical solutions to common and recurring design challenges which ...