Caches in FPGAs can improve the performance of soft processors and other applications beset by slow storage components. In this paper we present a cache generator which can produce caches with a variety of associativities, latencies, and dimensions. This tool allows system designers to effortlessly create, and investigate different caches in order to better meet the needs of their target system. The effect of these three parameters on the area and speed of the caches is also examined and we show that the designs can meet a wide range of specifications and are in general fast and compact. 1
International audienceWe presented ModulAr Semantic CAching fRAmework (MASCARA) that deployed Semant...
This paper outlines the synthesis of macroinstructions for dynamically reprogrammable FPGAs so that ...
AbstractTo bridge the ever-increasing performance gap between the processor and the main memory in a...
Abstract—Developing FPGA implementations with an input specification in a high-level programming lan...
The increasing use of microprocessor cores in embedded systems, as well as mobile and portable devic...
Field-programmable gate arrays (FPGAs) often achieve order of magnitude speedups compared to micropr...
The performance of a computing system heavily depends on the memory hierarchy. Fast but expensive ca...
ABSTRACT Throughput processing involves using many different contexts or threads to solve multiple p...
Abstract—We describe new multi-ported cache designs suit-able for use in FPGA-based processor/parall...
Cache memory, often referred to as cache, is a supplementary memory gadget that saves regularly used...
Speedups of coupled processor-FPGA systems over traditional microprocessor systems are limited by th...
Using FPGA-based acceleration of high-performance computing (HPC) applications to reduce energy and ...
This archive contains the benchmarks used in the conference paper "Multipurpose Cacheing to accelera...
Abstract. Speedups of coupled processor-FPGA systems over tradi-tional microprocessor systems are li...
Graduation date: 2005Memory hierarchy design is becoming more important as the speed gap be-\ud twee...
International audienceWe presented ModulAr Semantic CAching fRAmework (MASCARA) that deployed Semant...
This paper outlines the synthesis of macroinstructions for dynamically reprogrammable FPGAs so that ...
AbstractTo bridge the ever-increasing performance gap between the processor and the main memory in a...
Abstract—Developing FPGA implementations with an input specification in a high-level programming lan...
The increasing use of microprocessor cores in embedded systems, as well as mobile and portable devic...
Field-programmable gate arrays (FPGAs) often achieve order of magnitude speedups compared to micropr...
The performance of a computing system heavily depends on the memory hierarchy. Fast but expensive ca...
ABSTRACT Throughput processing involves using many different contexts or threads to solve multiple p...
Abstract—We describe new multi-ported cache designs suit-able for use in FPGA-based processor/parall...
Cache memory, often referred to as cache, is a supplementary memory gadget that saves regularly used...
Speedups of coupled processor-FPGA systems over traditional microprocessor systems are limited by th...
Using FPGA-based acceleration of high-performance computing (HPC) applications to reduce energy and ...
This archive contains the benchmarks used in the conference paper "Multipurpose Cacheing to accelera...
Abstract. Speedups of coupled processor-FPGA systems over tradi-tional microprocessor systems are li...
Graduation date: 2005Memory hierarchy design is becoming more important as the speed gap be-\ud twee...
International audienceWe presented ModulAr Semantic CAching fRAmework (MASCARA) that deployed Semant...
This paper outlines the synthesis of macroinstructions for dynamically reprogrammable FPGAs so that ...
AbstractTo bridge the ever-increasing performance gap between the processor and the main memory in a...