广西工学院学报
廣西工學院學報
엄서공학원학보
JOURNAL OF GUANGXI UNIVERSITY OF TECHNOLOGY
2012年
1期
49-54
,共6页
AltiVec指令集%SystemC建模%动态翻译%底层虚拟机
AltiVec指令集%SystemC建模%動態翻譯%底層虛擬機
AltiVec지령집%SystemC건모%동태번역%저층허의궤
AltiVec instruction set%SystemC modeling%dynamic translation%low level virtual machine
指令集模拟器(ISS)是研究新处理器架构必不可少的方法,研究基于AltiVec指令集建立SystemC模型,提出利用底层虚拟机技术来实现AltiVec ISS.实验表明,该模式比目前实现ISS的几种方法,如解释型编译、静态型编译、动态翻译技术等性能更为优化,且具有一定的灵活性.
指令集模擬器(ISS)是研究新處理器架構必不可少的方法,研究基于AltiVec指令集建立SystemC模型,提齣利用底層虛擬機技術來實現AltiVec ISS.實驗錶明,該模式比目前實現ISS的幾種方法,如解釋型編譯、靜態型編譯、動態翻譯技術等性能更為優化,且具有一定的靈活性.
지령집모의기(ISS)시연구신처리기가구필불가소적방법,연구기우AltiVec지령집건립SystemC모형,제출이용저층허의궤기술래실현AltiVec ISS.실험표명,해모식비목전실현ISS적궤충방법,여해석형편역、정태형편역、동태번역기술등성능경위우화,차구유일정적령활성.
Instruction set simulator(ISS) are indispensable methods for studying new processor architecture.This paper present an approach to design AltiVec instruction set simulation model based on SystemC where we have developed and integrated the low level virtual machine optimization technique.For four simulation varieties of the same instruction set,we made an experiment to compare their performance.The result shows that the performance and flexibility of AltiVec instruction set simulator has been optimized by the low level virtual machine optimization technique.