Over the past years, a considerable amount of effort has been devoted to the definition and implementation of techniques for the optimization and acceleration of applications on various (reconfigurable) computing platforms. Among these techniques, the extension of a given instruction-set architecture with custom instructions has become a common approach. Custom instructions effectively reduce the dynamic instruction count, which, in turn, leads to an increase in performance. Traditionally, existing techniques address Instruction-Set Extension (ISE) on a per-application basis. Anyhow, when many applications have to be considered at the same time, ISE on a per-application basis is, clearly, less effective, as the custom instructions have, oft...
Custom instruction set extensions (ISEs) are added to an extensible base processor to provide applic...
With the increasing importance of Application Domain Specific Processor (ADSP) design, a significant...
In this paper we present a framework for realizing arbitrary instruction set extensions (IE) that ar...
Over the past years, a considerable amount of effort has been devoted to the defin-ition and impleme...
Over the past years, a considerable amount of effort has been devoted to the definition and implemen...
The extension of a given instruction-set with specialized instructions has become a common tech-niqu...
Application-specific instructions can significantly improve the performance, energy-efficiency, and ...
This paper proposes an approach to tune embedded processor datapaths toward a specific application, ...
Industry’s demand for flexible embedded solutions providing high performance and short time-to-marke...
The automatic generation of instruction set extensions (ISEs) to provide application-specific accele...
The use of Instruction Set Extension (ISE) in customising embedded processors for a specific applica...
International audienceThe application-specific instruction set processors (ASIPs) have received more...
The end of Dennard scaling leads to new research directions that try to cope with the utilization wa...
ASIPs (Application Specific Instruction set Processors) are custom processors that offer a good trad...
In this work a tunable algorithm for instruction set extension identification is presented. The goal...
Custom instruction set extensions (ISEs) are added to an extensible base processor to provide applic...
With the increasing importance of Application Domain Specific Processor (ADSP) design, a significant...
In this paper we present a framework for realizing arbitrary instruction set extensions (IE) that ar...
Over the past years, a considerable amount of effort has been devoted to the defin-ition and impleme...
Over the past years, a considerable amount of effort has been devoted to the definition and implemen...
The extension of a given instruction-set with specialized instructions has become a common tech-niqu...
Application-specific instructions can significantly improve the performance, energy-efficiency, and ...
This paper proposes an approach to tune embedded processor datapaths toward a specific application, ...
Industry’s demand for flexible embedded solutions providing high performance and short time-to-marke...
The automatic generation of instruction set extensions (ISEs) to provide application-specific accele...
The use of Instruction Set Extension (ISE) in customising embedded processors for a specific applica...
International audienceThe application-specific instruction set processors (ASIPs) have received more...
The end of Dennard scaling leads to new research directions that try to cope with the utilization wa...
ASIPs (Application Specific Instruction set Processors) are custom processors that offer a good trad...
In this work a tunable algorithm for instruction set extension identification is presented. The goal...
Custom instruction set extensions (ISEs) are added to an extensible base processor to provide applic...
With the increasing importance of Application Domain Specific Processor (ADSP) design, a significant...
In this paper we present a framework for realizing arbitrary instruction set extensions (IE) that ar...