Add to ORKGAbstract. Speedups of coupled processor-FPGA systems over tradi-tional microprocessor systems are limited by the cost of hardware recon-guration. In this paper we compare several new conguration caching algorithms that reduce the latency of reconguration. We also present a cache replacement strategy for a 3-level hierarchy. Using the techniques we present, total latency for loading the congurations is reduced, low-ering the congurable overhead.
To build a shared-memory programming model for FPGAs, a fast and highly parallel method of accessing...
Abstract. Many current computer designs employ caches and a hierarchical memory architec-ture. The s...
textWe consider cache replacement algorithms at a shared cache in a multicore system which receives ...
Speedups of coupled processor-FPGA systems over traditional microprocessor systems are limited by th...
Abstract. Speedups of coupled processor-FPGA systems over tradi-tional microprocessor systems are li...
International audienceWe presented ModulAr Semantic CAching fRAmework (MASCARA) that deployed Semant...
Caches in FPGAs can improve the performance of soft processors and other applications beset by slow ...
The world is now using multicore processors for development, research or real-time device purposes a...
Abstract—The architecture and use of caches for two-level reconfigurable hardware is studied in this...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
The memory system remains a major performance bottleneck in modern and future architectures. In this...
The increase in size and decrease in cost of DRAMs has led to a rapid growth of in-memory solutions ...
To build a shared-memory programming model for FPGAs, a fast and highly parallel method of accessing...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
In the world of complex SoCs for consumer applica-tions, multiprocessor architectures usually deploy...
To build a shared-memory programming model for FPGAs, a fast and highly parallel method of accessing...
Abstract. Many current computer designs employ caches and a hierarchical memory architec-ture. The s...
textWe consider cache replacement algorithms at a shared cache in a multicore system which receives ...
Speedups of coupled processor-FPGA systems over traditional microprocessor systems are limited by th...
Abstract. Speedups of coupled processor-FPGA systems over tradi-tional microprocessor systems are li...
International audienceWe presented ModulAr Semantic CAching fRAmework (MASCARA) that deployed Semant...
Caches in FPGAs can improve the performance of soft processors and other applications beset by slow ...
The world is now using multicore processors for development, research or real-time device purposes a...
Abstract—The architecture and use of caches for two-level reconfigurable hardware is studied in this...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
The memory system remains a major performance bottleneck in modern and future architectures. In this...
The increase in size and decrease in cost of DRAMs has led to a rapid growth of in-memory solutions ...
To build a shared-memory programming model for FPGAs, a fast and highly parallel method of accessing...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
In the world of complex SoCs for consumer applica-tions, multiprocessor architectures usually deploy...
To build a shared-memory programming model for FPGAs, a fast and highly parallel method of accessing...
Abstract. Many current computer designs employ caches and a hierarchical memory architec-ture. The s...
textWe consider cache replacement algorithms at a shared cache in a multicore system which receives ...