微代码

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。

For special application and architecture , it realizes automatic conversion from high language to Microcode .

MDS工具判断系统上安装的微代码是否是最新级别的。

The MDS tool determines if microcode installed on your systems is at the latest level .

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。

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 .

目前网络处理器的开发环境主要由各NP生产厂商提供，在数据平面只提供微代码支持，这些代码只针对特定的硬件体系结构，难以进行移植，这大大制约了网络处理器的应用。

At present the network processor development environment is mainly provided by NP production merchant , data plane running on the data packet processor only provides micro code support , which only aims at the specific hardware system structure and hard to transplant .

微代码全局压缩的最新动向及其初步评价

A preliminary evaluation of new developments of microcode global compaction

微代码全局压缩的改进型路径调度法及其实现

An improvement of trace scheduling for global microcode compaction and its implementation

微代码全局压缩是当前固件工程的一个重要课题。

Global microcode compaction at present is an important issue in firmware engineering .

控制特定的机器操作的微代码控制字中的一个组成部分。

A part of a microcoded control word that controls specific machine operations .

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。

Then , minicomputer designers warmly embraced microcode as a way to build cost-effictive machines .

具有时间约束的微代码压缩问题

The microcode compaction problem with timing constraints

微代码指令系统成分

Microcode instruction set component

数控流水线线程封装了从指令译码到生成数控微代码的主要控制功能，具备高度的可移植性。

The primary controlling functions from code interpretation to NCM generation are encapsulated in the NC pipeline thread with high portability .

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。

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 .

压缩编码处理对图像信号质量的影响微处理机代码汇编程序

Influence on the Image Signal caused by Compression Coding Processing

群扩散微扰反应堆计算机代码

Group diffusion perturbation reactor computer code

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。

The timing constraint in microprogrammed machines complicates the microcode compaction problem and affects the compaction result .

微组件技术提供一系列可直接在微引擎上运行的微模块来实现特定的应用，可提高代码的可重用性，简化微引擎上代码的编写。

Microcomponent provides many Micro modules running on PE to complete special function which makes code writing simple .