The core of system is the embedded processor architecture.
详细介绍了流行的嵌入式处理器体系结构及性能,分析了嵌入式处理器对嵌入式系统性能的影响及发展趋势。
This dissertation focuses on exploring and investigating the tiled processor architecture in the views of both execution model and architecture.
分片式处理器体系结构就是为了应对这些挑战性问题而产生的,其基本思想是将计算、存储和互连资源组织成片式的基本结构单元,这些片式单元是相对简单的、分布式控制且可重用的;大量的片式单元由高能效、可扩展的片上网络连接起来构成高效能的处理器。
Many research teams have come up with new processor architectures to substitute for traditional processor architectures, such as tiled processor architectures and so on.
种种迹象表明传统的处理器体系结构已经不能适应新的制造工艺的发展,各研究团队相继开发了新的处理器体系结构来取代传统的处理器体系结构,比如分片式处理器体系结构等。
Tiled Processor Architecture (TPA),as a many-core architecture design with good scalability, can cope well with challenges such as power consumption,wire delay, design and verification complexity in nano technology.
分片式处理器体系结构(TPA)能够很好地应对纳米工艺代的功耗、线延迟、设计和验证复杂度等一系列问题,是一种具有良好的性能扩展潜力的众核处理器体系结构设计方案。
Advanced Microprocessor's Architecture ?
新型微处理器体系结构
Research and Design on the Architecture of Low Power Microprocessor;
低功耗微处理器体系结构的研究与设计
On Microprocessor Architecture-level Test Program Automatic Generation;
微处理器体系结构级测试程序自动生成关键技术研究
Dynamic Optimization and Microprocessor Architecture Support for Dynamic Binary Translation;
面向动态二进制翻译的动态优化和微处理器体系结构支撑技术研究
scalar processor architecture
标量处理器体系结构
Microprocessor Design for Fine Granularity Explicit Parallel Architecture
细粒度显式并行体系结构微处理器设计
Architectural Level Leakage Power Optimization for Ultra-Deep Submicron Microprocessors;
超深亚微米微处理器漏流功耗的体系结构级优化技术研究
multiple microprocessor system architecture
多微处理机系统的体系结构
Design of X MicroProcessor Architecture Based on Symmetric-Dual-Processor System;
基于X微处理器结构的对称双处理系统设计
modular multimicroprocessor architecture
模块多微处理机体系结构
microprogramming multi-processor architecture
微程序设计多处理机体系结构
microprogrammable multiprocessor architecture
可编微程序多重处理机体系结构
ambiguity processor architecture
二重性处理机体系结构 -声－光传感器的
Software Pipelining on Transport Triggered Architecture
传输触发体系结构处理器的软件流水
Algorithm Study on Microarchitectural Floorplanning;
面向微处理器系统结构的布图规划算法研究
Research on Techniques of Embedded Streaming Media Processor Architecture
嵌入式流媒体处理器体系结构技术研究
Modem superscalar microprocessors try to perform anywhere from three to six instructions in each stage.
现代超标量体系结构的微处理器努力在流水线操作的每一步中完成三到六条命令。
Hence, a 250- megahertz, four-way superscalar microprocessor can execute a billion instructions per second.
因此一台250兆赫、四线超标量体系结构的微处理器能在一秒钟内执行十亿条命令。