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。
This paper introduces the design and realization course of a microprocessor core based on DLX architecture.
根据微处理器核的指令集特点，设计指令伪随机生成的方法，并利用参考模型对处理器进行伪随机激励验证。
After learning the rules of the instruction Set of the processor, design the way to generate pseudo-random instructions and pseudo-verify the design with the help of golden model.
为此，结合嵌入式多媒体信号处理与系统控制特点而设计了32位可配置媒体增强RISC微处理器核RISC32（包括RISC3201和RISC3202）。
According to that, a 32bit configurable media-enhanced RISC microprocessor RISC32 (RISC3201 and RISC3202) is designed for media processing and system controlling.
对双核内存测评结果不是很好，但是微处理器处理速度和时钟频率或是缓存空间相比要很好的多。
Benchmark tests are not perfect, but are a better indicator of microprocessor speed than clock rate or cache size specifications.
2006年11月，Intel在x86市场推出了首款四核微处理器。
In November 2006, Intel introduced the first quad-core microprocessors for the volume x86 market. The quad-core.
就像英特尔的超高时钟频率不能在提升了，双核内存也不能让微处理器的功能增大一倍。
Just like Intel's super high clock rates don't translate into proportionately more performance, doubling of cache size certainly doesn't double the performance of a microprocessor.
当电脑游戏成为主流、越来越多的人使用电脑来编辑数码照片和家庭电影，现在的电脑已经能够配备双核微处理器、四核微处理器，并且在短期内，核心还有继续增加的趋势。
With computer games becoming more mainstream and more people making and editing digital pictures and home movies, PCs can now boast microprocessors with two brains, four brains, and soon, even more.
介绍了G723.1解码算法在一种基于ARM 720t核嵌入式微处理器上移植的硬件结构和软件实现，并分析了一种增采样的方法。
This paper recommends the hardware design and software realization for porting the decode of G723.1 to an embedded processor based on ARM720T core, and analyzes a method of over-sampling.
本文基于可复用设计方法学，对用途广泛的微处理器80c51IP软核的测试方法和应用技术进行研究。
According to the design reuse methodology, this dissertation focus on the research of widely used 80c51 IP soft core, including the test and application technology.
该计算机的基础分布在40960个微处理器上的1060万个处理器“核”。
The computer is based on 10.6 million processor "cores" spread across 40,960 microprocessors that work together.
S3C4510B是三星公司生产的基于ARM核的16/32位RISC微处理器，因其很高的性价比而得到广泛的应用。
Samsung's S3C4510B 16/32-bit RISC microcontroller is based on ARM core and applied broadly because of its cost-effective, high-performance feature.
S3C4510B是三星公司生产的基于ARM核的16/32位RISC微处理器，因其很高的性价比而得到广泛的应用。
Samsung's S3C4510B 16/32-bit RISC microcontroller is based on ARM core and applied broadly because of its cost-effective, high-performance feature.
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