microcode

noun

1. 微码（储存于计算机内的计算机操作语言）
   a simple language stored in a computer, through which the computer is operated

1. Also, along with checking the hardware, another important task to do on your system before starting a migration installation is to upgrade the microcode level of your system and of all adapters and other devices.
   另外，除了检查硬件之外，在开始迁移安装之前，在您系统上执行的另一个重要任务是升级您的系统、所有适配器和其他设备的微代码级别。
2. Adapter/ Component Microcode that can be upgraded
   可以进行更新的微码适配器/组件
3. Use the lscfg command to determine the Microcode level of the FC adapter.
   使用lscfg命令来决定FC适配器的Microcode级别。
4. Microcode downloads: Get the most current release information for your adapter.
   Microcode下载：访问这个站点，以便为您的适配器获得当前发行版信息。
5. The MDS tool determines if microcode installed on your systems is at the latest level.
   MDS工具判断系统上安装的微代码是否是最新级别的。
6. One of the most important pieces of the puzzle is the required multi-path I/ O device drivers and recommended FC adapter firmware ( Microcode) levels.
   其中最重要的一块是所需的多路径I/O设备驱动器以及推荐的FC适配器固件（Microcode）级别。
7. A preliminary evaluation of new developments of microcode global compaction
   微代码全局压缩的最新动向及其初步评价
8. An improvement of trace scheduling for global microcode compaction and its implementation
   微代码全局压缩的改进型路径调度法及其实现
9. Microcode instruction set component
   微代码指令系统成分
10. Then, minicomputer designers warmly embraced microcode as a way to build cost-effictive machines.
    随后，小型机的设计者热衷于用微代码的方法来制造价格低廉的计算机。
11. Small microcode stores were built from ROM and microstate machines were moved to large microcode stores and to complex hardware units and sequencers, to achieve those goals.
    为实现这个目标，小型微代码存储器有ROM构成，微状态机转移为大型微代码存储器和复杂的硬件单元以及序列发生器。
12. A procedure in which an instruction is broken down into the microcode operations necessary for its execution by a control unit.
    一种处理过程，其间由控制器将一条指令分解成为它的执行所必须的微码操作。
13. The system Structure Microcode Engine and their Data flow diagram are given.
    分别给出了相应的系统结构、微码引擎、数据流图。
14. Global microcode compaction at present is an important issue in firmware engineering.
    微代码全局压缩是当前固件工程的一个重要课题。
15. Microcode design in HDS-8030 computer
    HDS-8030机的微码设计
16. Therefore, the double level address-encoding may be considered as a possible technique for implementing the microprogramming completely, provided that the machine code is available with multiple operation parts and the execution of all their functions can be accomplished within one microcode period.
    因此，在机器指令具有多重操作码，且允许在一个微指令周期中实现其全部功能等场合下，两级地址编码的方法可作为实现全面微程序控制的一种可取的方法。
17. The development and application of microcode tools
    微码工具的开发与应用
18. This paper describes an experimental microcode compiler which translates the PASCAL Language to VAX11/ 780 computer's microcode.
    本文叙述一种将PASCAL程序转换成VAX11/780机器微码的具体系统。
19. PROCESS-CONTROLLER The executing of the microcode function of the microprogram controller is very crucial to the instructions decoder in the coprocessor.
    在协处理器中，微程序控制器的微码控制是协处理器指令译码的控制核心。
20. For special application and architecture, it realizes automatic conversion from high language to Microcode.
    在特定的网络应用中，面向具体的NP硬件结构，实现高级语言到NP微代码的自动转换。
21. The paper describes the compiler structure, abstract microcode machine, code generation of OCCAM and its designing principles.
    本文叙述了并行程序设计语言OCCAM的编译结构、抽象微码模型机、代码生成以及它的设计原则。
22. We have designed and finished the software module development, including boot microcode of Nios II 、 packet forwarding and filtrating.
    本文实现了NIOSii启动微码、报文转发、数据包过滤软件模块设计。
23. The Ethernet State Machine adopting microcode design method is characterized by short-period design and easily debugging.
    以微码设计方法实现的以太网状态机，具有设计周期短，调试难度低等优点。
24. In the system design, we adopt microcode control approach and pipeline processing, so as to make the time and space complexity low.
    在系统设计中，采用了微程序控制方法和流水线技术。
25. A Model and its implementation of Automatic Microcode Compaction
    微码自动压缩模型与算法
26. The timing constraint in microprogrammed machines complicates the microcode compaction problem and affects the compaction result.
    微程序机器中的时间约束关系将使微代码压缩问题复杂化并影响压缩结果，这是一个重要的实际问题，但迄今尚无很好的解决办法。
27. The increasing processing speed of RISC CPU/ DSP makes it possible to use the microcode program to adapt and process the protocol data in high-rate communication links, which could only be implemented by ASIC before.
    随着RISCCPU/DSP处理速度的提高，使得使用微码程序来实现原来只有用ASIC才能实现的高速通信链路上的数据适配和处理成为可能。
28. A High-Level Automated Microcode Generation System
    高级微码自动生成系统
29. This paper analyzes the structure of MPEG-2 system transport layer, puts forward a realization project about MPEG-2 demultiplex, introduces the main functions of AbiA-DMX and the microcode, and finally carries out the hardware and software designs of MPEG-2.
    分析了MPEG-2系统传输层的结构，提出解复用的一个实现方案，介绍了解复用芯片的主要功能及其微码的主要作用，对解复用进行硬件设计和软件编程。
30. The microcode compaction problem with timing constraints
    具有时间约束的微代码压缩问题

noun

1. (computer science) coded instructions that are stored permanently in read-only memory

   Synonym:    firmware