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用于RFCC-VLIW结构的二维力量引导调度算法
Two-dimension Force-directed Schedule Algorithm for RFCC-VLIW Architecture
【摘要】 多簇超长指令字处理器的簇间数据传输会将导致处理器性能下降。该文针对寄存器堆互连的多簇超长指令字(RFCC-VLIW)结构,提出一种新的二维力量引导调度算法,其力量表达式为以周期和簇为自变量的二维力量。实验结果表明,以RFCC-VLIW结构为目标,该二维力量引导调度算法优于现有的其他多簇超长指令字处理器的调度算法。
【Abstract】 Data transferring between clusters degrades the performance of clustered VLIW processors. This paper presents a novel two-dimension forced-directed schedule algorithm for Register-File-Connectivity Clustered Very Long Instruction Word (RFCC-VLIW) processors, in which the force expression varies as the cycle and cluster. Experimental results indicate that the schedule algorithm prevails against other ones for clustered VLIW processors when aiming to RFCC-VLIW architecture.
【关键词】 力量引导;
超长指令字;
调度算法;
【Key words】 force-directed; Very Long Instruction Word(VLIW); schedule algorithm;
【Key words】 force-directed; Very Long Instruction Word(VLIW); schedule algorithm;
【基金】 国家自然科学基金资助项目(60236020)
- 【文献出处】 计算机工程 ,Computer Engineering , 编辑部邮箱 ,2008年07期
- 【分类号】TP332
- 【下载频次】41