微处理器

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  • microprocessor
微处理器微处理器
  1. PowerPC620微处理器的结构介绍

    Structural Introduce for Power PC 620 Microprocessor

  2. 带ARM核的嵌入式微处理器技术特点分析与应用研究

    Application and Feature of Embedded Microprocessor Based on ARM Core Technology

  3. 辐射会损坏微处理器和电脑内存,使之失灵。

    The radiation can damage microprocessors and computer memories , causing them to malfunction

  4. 英特尔等公司开发出更快的微处理器,这样个人计算机能够以更快的速度处理输入的信号。

    Companies like Intel developed faster microprocessors , so personal computers could process the incoming signals at a more rapid rate .

  5. X通用微处理器指令控制部件的关键技术研究

    The Research of Key Technique on Instruction Control Unit in the X-Microprocessor

  6. 基于ARM微处理器的设备状态监测方案

    Project of Plant State Monitoring Based on the ARM Microprocessor

  7. 基于ARM微处理器手机多媒体系统设计与实现

    The Design of an ARM-based Multimedia System for Mobile Phone

  8. 采用32位嵌入式微处理器ARM与高速DSP并行工作;

    Uses 32-bit embedded microprocessor ARM and the high speed DSP multi-tasking ;

  9. 基于ARM微处理器的直流系统接地故障检测装置的设计与实现

    Design and Implement of DC System Grounding Fault Detecting Device Based on ARM

  10. 因而本文在分析国内外电磁流量计发展现状和趋势基础上,采用ARM系列中的新型微处理器来开发了新型的智能电磁流量计的转换器。

    An electromagnetic flowmeter converter based on ARM is presented in this thesis .

  11. 其中作为主处理器的微处理器采用的是ARM简化后的体系结构;

    AS main processor , the microprocessor takes the simplified architecture of ARM processor .

  12. 基于微处理器的PWM波形发生器及其应用

    The Principle and Application for PWM Waveform Generator Based on Microprocessor

  13. 图像处理模块由ARM微处理器和相应的外围电路来完成;

    The second important one is image controller including ARM microcontroller and its periphery circuits .

  14. 本课题主要研究基于ARM微处理器手机多媒体系统的设计与实现。

    An ARM-based multimedia system for mobile telephone is designed and discussed in this thesis .

  15. 高性能微处理器中采用多种预取技术的指令Cache设计

    Cache Design with Multiple Prefetch Technologies in High-Performance Microprocessors

  16. 为实现对微处理器的仿真,基于虚拟机(VirtualTargetMachine)方法设计出了一组微处理器抽象接口(AbstractionInterface)。

    This paper proposes a set of common abstraction interface for the micro-processor simulation based on virtual target machine method .

  17. Flash存储器及其与微处理器的接口设计

    Flash Memory And Interface Design to Macro computer

  18. ARM微处理器已广泛应用于消费电子、通信系统等各类产品。

    ARM microprocessor has been widely used in consumer electronics , communications systems , and other products .

  19. X微处理器使用不同的存储机制,将逻辑地址映射到物理地址空间。

    It adopts a variety of memory management techniques to map a logical address to a physical one .

  20. 双层多微处理器的DCS现场控制器管控一体化结构研究

    Research on Two Level Structure of DCS Field Controller

  21. 用以DSP为图像微处理器的试验样机进行现场试验表明:该方法对低分辨率红外目标的识别有好的效果。

    The experiment result indicates that this recognition method is fine to recognize the low-resolution IR target image .

  22. 具有嵌入式系统编程、RTOS经验及ARM微处理器编程经验;

    Embedded system programming & RTOS experience and ARM microprocessors programming experience .

  23. 结果表明,DSP处理器和通用微处理器都很难同时高效支持运算密集型的应用和控制密集型的应用。

    Preliminary results indicate that either DSPs or GPPs can effectively support both arith - metic-intensive and control-intensive computations .

  24. 本文以8位微处理器为核心,描述了基于嵌入式Internet的家电控制系统设计方案及其实现方法。

    This paper describes the plan of design of the appliances control system based on the embedded Internet and how it realizes concretely on 8-bit microprocessor .

  25. 嵌入式Linux操作系统和ARM微处理器的结合成为嵌入式开发的主流。

    Embedded Linux OS ( operating system ) combined with ARM microprocessor becomes main method of embedded system development .

  26. 嵌入式微处理器接口总线控制器的CPLD设计

    Bus interface controller design for embedded microprocessor using CPLD

  27. 谷物联合收割机智能测产系统是基于传感器技术、微处理器技术、GPS技术和系统集成技术的现代农业装备技术。

    The grain combine yield monitor system is modern agriculture equipment technique based on the sensor , SCM , GPS technique .

  28. 新一代微处理器采用动态执行技术,以奔腾pro命名。

    The new generation cpu adopt dynamic execution techniques . It is name after . PENTIUM PRO .

  29. 本项目是在ARM微处理器上,构建了一个适合本系统开发平台的嵌入式WINDOWSCE系统。

    The project is to build a Windows CE system suitable for the development platform based on the ARM microprocessor .

  30. 带PIC微处理器通用自校正控制器的控制策略与算法

    Control Tactics and Algorithm of General Self-tuning Corrector with PIC Microprocessor