microprocessor design
英 [ˌmaɪkrəʊˈprəʊsesə(r) dɪˈzaɪn]
美 [ˌmaɪkroʊˈprɑːsesər dɪˈzaɪn]
网络 微处理器设计实例; 微型处理器设计; 设计
双语例句
- Switch reluctance motor driving system controlled by single chip microprocessor Design of Low Power Level SRD System
单片微机控制的开关磁阻电动机驱动系统一种小功率开关磁阻电动机驱动系统设计 - The leakage power issue is challenging high-performance microprocessor design, especially as feature size shrinks.
随着工艺尺寸的缩小，漏流功耗逐渐成为制约微处理器设计的主要因素之一。 - VLIW isn't a magic bullet, but it's the new wave in microprocessor design.
VLIW不是什么有魔法的子弹，但它却是新一轮的微处理器设计方法。 - 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 - Functional verification is widely acknowledged as the bottleneck of microprocessor design.
功能验证是微处理器设计的瓶颈。 - Branch prediction can reduce the latency of control dependence between instructions to some extent, which is a key technique in microprocessor design in order to increase the performance of microprocessors.
分支预测技术能够在一定程序上消除指令间的控制相关延迟，提高微处理器的性能，是微处理器设计的一项关键技术。 - Leakage Power Optimization in High Performance General-Purpose Microprocessor Design
更低的功耗；功耗小于6W；高性能通用处理器中的漏电功耗优化 - Network computer is an interactive device in thin-client computing environment, and studying the behavior of typical applications on this platform is important to the microprocessor design and system development.
网络计算机是瘦客户计算模式下的一种交互式信息设备，其上的典型应用程序行为分析对于处理器设计、系统开发有着重要意义。 - Using system simulator, we synthetized the effect of the prediction scheme and the branch target buffer. The conclusion is useful to the single-issue-pipeline microprocessor design.
实验基于系统级模拟器，综合转移预测策略和转移目标缓冲器行为进行完整模拟，结论对于其它采用单发射流水线结构的微处理器设计具有较好的借鉴意义。 - Binary code compatibility also limits what new architecture techniques may be used in microprocessor design.
解决二进制代码兼容问题是处理器必须实现的目标之一，也是限制新体系结构技术在微处理器设计中应用的重要障碍。 - The tsinghua university project of embedded microprocessor design is a major national 863 program; CMP is its extended project.
清华大学嵌入式微处理器芯片设计为国家重点863项目，单芯片多处理器设计为项目的一个延伸。 - The most advanced research progress on microprocessor architecture is extensively studied to get technical preparations for microprocessor design.
为了对今后的微处理器设计提供技术储备，本文深入了解国内外目前最先进的微处理器系统结构研究工作，明确了该领域研究的发展方向和研究难点。 - The pipeline design is very important in the whole microprocessor design.
流水线设计对整个处理器设计至关重要。 - It is important to implement transcendental function of high precision with proper hardware cost for high performance microprocessor design.
如何以合理的硬件代价，快速实现高精度的浮点超越函数，是高性能微处理器设计的关键问题之一。 - VLIW Architecture Microprocessor Design
VLIW体系结构微处理器设计考虑 - Different from other digital circuits, the microprocessor design often uses full-custom method.
微处理器作为一种大批量产品，大多采用全定制的设计方法。 - Microprocessor verification is very important to microprocessor design.
微处理器验证是微处理器设计的关键环节。 - Architecture level functional verification has become the bottleneck of the microprocessor design process.
体系结构级功能验证已成为微处理器设计过程的瓶颈。 - Research on Dynamic Binary Translation Technology for Microprocessor Design
面向微处理器设计的动态二进制翻译技术研究 - So, some special logic units were used to process floating-point operations in the contemporary microprocessor design.
因此，在当代的微处理器设计中，通常使用专用部件来完成浮点计算。 - With the development of microprocessor design techniques, cache memories are widely employed to bridge the increasing performance gap between the processor and the off-chip main memory.
随着微处理器设计技术的不断发展，Cache得到了广泛应用，以解决处理器与主存之间性能差距越来越大的难题。 - Specially, the leakage power will exceed dynamic power and becomes the most important factor for microprocessor design. Obvious leakage power will not only increase the microprocessors 'energy consumption and the manufacture cost, but also influences the microprocessors' stability and credibility.
其中，漏流功耗逐渐超越动态功耗成为微处理器功耗的决定因素，漏流功耗的显著增加不但导致能源消耗和制造成本增加，而且给微处理器工作的稳定性和可靠性带来严峻的挑战。 - With the sustainable development of semiconductor technology and the significant increment of chip integration, heat of chips keeps increasing while reliability keeps declining. It limits further improvements of performance, making power a key issue in the microprocessor design area.
半导体工艺的持续发展和芯片集成度的显著提高，导致芯片发热量的增大与可靠性的下降，限制了性能的进一步提升，功耗已经成为微处理器设计领域的一个关键问题。 - The verification of microprocessor design must ensure the correctness of arithmetic circuit.
微处理器电路设计的验证工作必须确保运算电路模块设计的正确性。 - In modular design, using high performance microprocessor design the blender wireless strain sensor signal disposal unit, micro processing unit, wireless transceiver unit to calibrate and debug.
基于模块化设计，使用高性能单片机设计了搅拌器无线应变传感器的信号调理单元、微处理单元、无线收发单元并进行标定和调试。 - Among the microprocessor design techniques, the architecture of Cache is very important on system performance enhancement.
在微处理器设计技术中，Cache体系结构设计对提高系统性能方面起着至关重要的作用。 - Power simulations in early stages of microprocessor design can help to find problems and constrains in designs.
在微处理器设计的早期阶段，对设计方案进行功耗模拟，及时发现设计中存在的问题和限制，可以有效地辅助设计方案的筛选和改进。 - Microprocessor multi-threading technology and multi-processor system on a chip are more and more concerned with lots of high performance computing applications emerging and microprocessor design technologies improving.
随着高性能计算应用需求的大量涌现和微处理器设计水平的日益提高，微处理器多线程技术和片上多处理器系统已愈加受到人们的重视。 - With the rapid development of microprocessor design technology and system architecture, lots of brand new platforms have been launched these years. More and more advanced architectures with higher performance, or specially designed for specific usage, are flooding into the market every year.
随着微处理器设计工艺的飞速发展和计算机体系结构技术的不断进步，新的硬件平台被推出的速度逐年加快，大量新型的、具有更高性能和更适用于特定专业领域的体系架构涌入市场。