KDB是一个功能非常强大的工具，它允许进行几个操作，比如内存和寄存器修改、应用断点和堆栈跟踪。
KDB is a very powerful tool that allows several operations such as memory and register modification, applying breakpoints, and stack tracing.
专用寄存器是那些有预定义的永久功能的寄存器，例如堆栈指针(寄存器1)和TOC指针(寄存器2)。
Dedicated registers are registers that have a predefined, permanent function, like the stack pointer (register 1) and the TOC pointer (register 2).
寄存器可以绕过一些简单的加法或用于蓄电池功能。
The register can be bypassed for simple adders or used for accumulator functions.
研究了串行输入，并行输出单向移位寄存器的功能。
The function of the single-direction shift register which is serial input and parallel output is mainly studied.
另外，本文从实现出发，详细地实现了动态多应用虚拟机的内存管理、寄存器处理、处理器和虚拟机上下文等功能。
In addition, this article carries out dynamic multi-application virtual machine including memory management, register management, processor, virtual machine context, etc.
寄存器的功能就是暂时存储数据和指令。
The function of the register is to temporarily store data and instructions.
功能寄存器的设计及使用是芯片设计的关键，必须正确设置各个功能寄存器的值，才能完成设计要求。
The key of the chip-design is the designing and using of the function register, so we must set the right figure of each function register to achieve the design-aim.
本文主要介绍了CC2420的管脚结构及功能、寄存器寻址、与微处理器P89LPC924的通信以及CC2420的状态控制流程。
This paper introduces the pins configuration and function of CC2420, the register access, communication with the MPU P89LPC924 and the state controlling flow.
本设计采用模块化设计的思想，将GPIB接口IP核分成三个模块：GPIB接口功能模块、内部寄存器模块和数据传输控制模块。
Based on the theory of modularization, the IP core of GPIB is divided into three modules: module for port function of GPIB, module for inner register and module for data transmission.
掉电模式时晶体振荡器停 止振荡，所有功能除了中断和硬件复位之外都停止工作，寄存器的内容则一直保持；
The Powerdown mode saves the register contents but freezes the Oscillator, disabling all other chips until the next interrupt or hardware reset.
在串行CRC编码实现中，移位寄存器主要完成将并行输人数据转换成串行输出数据的功能，是整个设计的重要组成部分。
The shift register's function is completion of parallel data input into serial data output. The design of shift register is an important part in the realization of CRC code.
实现PCI9054与计算机PCI总线的接口，包括总线仲裁，寄存器读写操作，EEPROM的配置和下载，DMA传输，中断响应等功能。
Realize the interface between PCI9054 and the PCI bus, including the bus arbitration, read and write of the registers, the configuration of the EEPROM, the DMA transfer, interrupt response and so on.
本寄存器是只读的，被用来标识该设备类属的功能，而且在有些情况下，是一个寄存器级的编程接口。
Class Code the Class Code register is read-only and is used to identify the generic function of the device and, in some cases, a specific register-level programming interface.
所有这些重复指令功能，直到指定的计数寄存器归零为止。
All of these repeat prefixes cause the associated instruction to be repeated until the count in register is decremented to 0.
所有这些重复指令功能，直到指定的计数寄存器归零为止。
All of these repeat prefixes cause the associated instruction to be repeated until the count in register is decremented to 0.
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