With the DLX processor based on PC microcomputer, researcher can simulate architecture of new processor.
DLX虚拟微处理机提供了一个基于PC机的研究平台，可以在PC机上模拟新处理机技术。
This paper introduces the design and realization course of a microprocessor core based on DLX architecture.
本文介绍了基于DLX体系结构的微处理器核的设计和实现过程。
The experiments for DLX architecture show that the running time is decreased by 5% compared with GCC in generating codes.
针对DLX体系结构的实验表明该后端产生代码的时间比GCC减少5%。
Under the DLX instruction set, the design flow of a microprocessor includes functionality organizing, logic designing and realization technology.
在完成了指令集的设计之后，微处理器设计的过程主要包括功能组织、逻辑设计、实现技术等要素。
It has been successfully applied to the verification of DLX and LEON2 processor, and the experiment results have proved the validity of our method.
该系统已经成功地应用于DLX和LEON 2微处理器的体系结构级验证，应用结果表明了本文方法的有效性。
We conducted an indirect meta-analysis to compare the efficacy and tolerability of DLX with PGB and GBP in DPNP, using placebo as a common comparator.
对治疗糖尿病周围神经性疼痛(dpnp)的疗效和耐受性，我们进行了间接的Meta分析，同时使用安慰剂组作空白对照。
We conducted an indirect meta-analysis to compare the efficacy and tolerability of DLX with PGB and GBP in DPNP, using placebo as a common comparator.
对治疗糖尿病周围神经性疼痛(dpnp)的疗效和耐受性，我们进行了间接的Meta分析，同时使用安慰剂组作空白对照。
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