Add to ORKGThis paper demonstrates improvements in design productivity for reconfigurable computing which are accomplished through a novel IP reuse strategy. It presents a set of extensions to the IP-XACT XML specification that define the temporal behavior of cores and describes how these extensions are used in the Ogre synthesis system to simplify design complexity and thereby reduce design time. Design productivity improvement is demonstrated by reducing design time for software radio designs from days to hours
This thesis explores the performance impact of optimising the components of a Field Programmable Gat...
The rate of increase in computing performance has been slowing due to the end of processor frequency...
In today's increasingly heterogeneous compute landscape, there is high demand for design tools that ...
This paper demonstrates improvements in design productivity for reconfigurable computing which are a...
This paper demonstrates the ability to reuse arbitrary IP as primitive cores in architectural synthe...
International audienceMany reconfigurable hardware architectures have been proposed so far, ranging ...
Summarization: During the last few years, there is an increasing interest in mixing software and har...
Current hardware development techniques contrast with agile methods that became popular in modern so...
Growing demand for computational performance, and the rising cost for chip design and manufacturing...
International audienceDesigners increasingly rely on reusing intellectual property (IP) and on raisi...
As processor development shifts from strict single core frequency scaling to het- erogeneous resourc...
As the complexity of applications continues to grow to meet user demands, the complexity of hardwar...
Abstract—The proprietary nature of FPGA platforms has been a hin-drance to developer and user produc...
In this paper we present an automatic design generation methodology for heterogeneous architectures ...
Many academic works in computer engineering focus on reconfigurable architectures and associated too...
This thesis explores the performance impact of optimising the components of a Field Programmable Gat...
The rate of increase in computing performance has been slowing due to the end of processor frequency...
In today's increasingly heterogeneous compute landscape, there is high demand for design tools that ...
This paper demonstrates improvements in design productivity for reconfigurable computing which are a...
This paper demonstrates the ability to reuse arbitrary IP as primitive cores in architectural synthe...
International audienceMany reconfigurable hardware architectures have been proposed so far, ranging ...
Summarization: During the last few years, there is an increasing interest in mixing software and har...
Current hardware development techniques contrast with agile methods that became popular in modern so...
Growing demand for computational performance, and the rising cost for chip design and manufacturing...
International audienceDesigners increasingly rely on reusing intellectual property (IP) and on raisi...
As processor development shifts from strict single core frequency scaling to het- erogeneous resourc...
As the complexity of applications continues to grow to meet user demands, the complexity of hardwar...
Abstract—The proprietary nature of FPGA platforms has been a hin-drance to developer and user produc...
In this paper we present an automatic design generation methodology for heterogeneous architectures ...
Many academic works in computer engineering focus on reconfigurable architectures and associated too...
This thesis explores the performance impact of optimising the components of a Field Programmable Gat...
The rate of increase in computing performance has been slowing due to the end of processor frequency...
In today's increasingly heterogeneous compute landscape, there is high demand for design tools that ...