2009Journal of Hangzhou Dianzi UniversityRequires access

A New Design Method and Implementation of Dynamic Partial Reconfigurable System

Zhigang Gao

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Abstract

FPGA,which not only has the speed performance of ASIC,but also has the flexibility of the general processor,is becoming a hot topic in the research of computer architecture.FPGA-based dynamic partially reconfiguration technology makes fully use of the hardware resources of FPGA,reduces the time of reconfiguration,and greatly improves the efficiency of system.This paper introduces a new design methodology of dynamic partially reconfiguration,and verifies on the FPGA of Virtex ⅡPro.

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FPGA,which not only has the speed performance of ASIC,but also has the flexibility of the general processor,is becoming a hot topic in the research of computer architecture.FPGA-based dynamic partially reconfiguration technology makes fully use of the hardware resources of FPGA,reduces the time of reconfiguration,and greatly improves the efficiency of system.This paper introduces a new design methodology of dynamic partially reconfiguration,and verifies on the FPGA of Virtex ⅡPro.

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Available abstract

FPGA,which not only has the speed performance of ASIC,but also has the flexibility of the general processor,is becoming a hot topic in the research of computer architecture.FPGA-based dynamic partially reconfiguration technology makes fully use of the hardware resources of FPGA,reduces the time of reconfiguration,and greatly improves the efficiency of system.This paper introduces a new design methodology of dynamic partially reconfiguration,and verifies on the FPGA of Virtex ⅡPro.

Key concepts: Control reconfiguration, Field-programmable gate array, Computer science, Flexibility (engineering), Application-specific integrated circuit, Virtex, Embedded system, Reconfigurable computing

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