微程序控制

微程序控制装置的计算机辅助设计

Computer-aided design of microprogrammed control unit

采用不同控存的微程序控制

Microprogram Control Adopting Different Control Storages

MCU内部设置多个快速寄存器及采用硬连线逻辑代替微程序控制的方法，加快了微处理器的速度，提高了指令执行效率。

The speed and instruction efficiency of the MCU have been greatly improved by setting multiple high-speed working registers , replacing micro-program with hard-wired logic . quick ;

文中根据XILINX的FPGA产品具有片上ROM的特性，提出了在其内部实现微程序控制和管理复杂逻辑电路的新思想，并且在实际应用中取得满意的效果。

In the paper , a new idea of controlling and managing complicated logic circuits by on chip microprogram is suggested , since XILINX FPGA is ROM based .

设计的RISCMCU采用14位字长指令总线和8位字长数据总线分离的Harvard结构和二级指令流水设计，并使用硬布线逻辑代替微程序控制，加快了微控制器的速度，提高了指令执行效率。

The RISC MCU core is based on Harvard architecture with 14-bit instruction length and 8-bit data length and two-level instruction pipeline The performance of the RISC MCU has been improved by replacing micro-program with direct logic block .

提出了一种新的微程序控制技术&分组直接控制法。

A new approach of microprogramming called set-direct-control ( SDC ) is proposed .

微程序控制多特性逆变型焊接电源的研制

Development of Multiple - character Inverter Welding Power Source

一台微程序控制的集成电路数据处理装置的逻辑设计

The Logical Design of A Microprogrammed IC Microprocessor

分组直接控制&微程序控制的新技术

The Set-Direct-Control : a New Approach of Microprogramming

微程序控制数据处理机

Coordinator of data processing microprogrammed data processor

微程序控制的系统调试

Microprogrammed system debugging microprocessor controlled air-conditioner

在系统设计中，采用了微程序控制方法和流水线技术。

In the system design , we adopt microcode control approach and pipeline processing , so as to make the time and space complexity low .

介绍汽车中央门锁系统的组成、工作原理，阐述无线编码、解码和单片机微程序控制的实现方法。

The composing and working principle of automotive central door lock system are introduced here as well as its wireless coding , decoding and the realizing way of the single-chip micro program control .

微程序顺序控制中的增量方式下的多路转移

Multiway branch for the increment mode in microprogram sequential control

微程序地址控制指令

Microprogram address control instruction

微程序的顺序控制方式有两大类：增量方式和断定方式。

There are two kinds of mode , increment and decision , used for microprogram sequential control .

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。

PROCESS - CONTROLLER The executing of the microcode function of the microprogram controller is very crucial to the instructions decoder in the coprocessor .

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。

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 .

微程序控制器的设计实现，设计了微指令的格式和双时钟微程序控制器的结构，给出了微程序执行控制逻辑的详细设计方案；

Design micro-instruction controller as the control path of CPU , propose double-clock stucture for micro-instruction controller , present detail design scheme for micro-program execute control ;

本文使用微处埋机及RAM，ROM的数据存储器，来说明线性预测编码技术在处理语音信号中的实用性及优越性。同时，还使用了固化开发和微程序控制技术。

In addition to the firmware development and the microprogram control technology , the author of this paper also uses the microprocessor and the data memory of RAM and ROM to illustrate the practicability and superiority of linear predictive coding in speech signal processing .