总线结构

研究了构造MCS-96分布式多单片机系统的网络拓扑结构，分析了单向环形结构和主从式总线结构中单片机结点的连接方式，探讨了系统中结点通信的同步机制。

In this paper , the author researches the network topology of MCS-96 distributed system , analyzes the interconnecting mode of microcontroller nodes in a undirectional ring topology or a host-hypotaxis bus topology system , looks into the syncs plan of communication .

最基础的提高是它采用了点到点的总线结构。

The most fundamental improvement is the adoption of point-to-point bus topology .

采用可配置IP模块和总线结构，实现了硬件平台可配置性和可重用性；

Using reconfigurable IP module and bus-based method , Reconfigurable and reusable hardware platform was realized .

总线结构采用哈佛结构，能够保证DSP有足够的数据吞吐率，为计算部件提供充分的数据；

The bus architecture modifies the Harvard architecture to provide enough data rate for computing units .

基于PCI总线结构的软件无线电数据传输设计

Design of Software Radio Data Transmission System With the PCI Bus

STD总线结构脉冲多道分析器的研制

The Development of Pulse Multi channel Analyzer Based on STD Bus Structure

基于Wishbone总线结构的情景式IP核测试方案

Scene Test for IP Core Based on Wishbone Bus Architecture

它是把使用USB的外围设备连接到主板的一种外部总线结构。

It is a kind of outer bus structure which is used to connect the peripheral devices and main boards .

总线结构在ISDN交换机D通道交换中的应用

Application of Bus Architecture in ISDN Switcher for D Channel Exchange

USB作为功能强大而且灵活的总线结构，能很好的适应新型电视机顶盒的要求。

USB as a powerful and flexible bus architecture , can well meet the requirements of a new TV set-top boxes .

建立总线结构的数据仓库。在数据仓库的ETL（抽取、转换、装载）设计中，首先分析并总结了数据仓库ETL设计的方法。

In ETL design of data warehouse , author firstly summarize ETL methods .

研制开发出采用8098单片机控制的STD总线结构电化学综合测试仪。

Abstract The electrochemical comprehensive tester of STD bus structure controlled by 8092 monolithic machine is developed .

片上网络（NetworkOnChip，NoC）是近年来提出的一种针对传统总线结构和IP核之间通信瓶颈的解决方案。

NoC ( Network on Chip ) is a main structure in recent years to solve the communication bottleneck between traditional bus structure and IP cores .

AMBA总线结构中高性能DMA控制器的硬件实现

Hardware Implementation of High-Performance DMA Controller in AMBA Bus System

基于一种专用星载高速总线结构的FIFO容量计算

The Calculation of FIFO Buffer Size in a Nonstandard Spaceborne High Speed Data Bus Structure

ATM交换模块是我们目前研制的ATM交叉连接系统的核心部件。该模块采用宽总线结构。

The ATM switching module with wide bus architecture is the core part of the ATM cross con nectingsystem that is under development .

PACS服务器采用星型拓扑结构与各设备连接，图像浏览终端通过交换机采用总线结构与PACS服务器连接。

Image display workstations have been connected to the PACS server by a bus topology through switch equipments .

本文就总线结构、指令系统、存储系统、流水线、寻址方式等几个方面对一个嵌入式DSP处理器μDSP的体系结构设计进行了详细的阐述。

Design of the embedded DSPs ' architecture was described at this aspects : bus structure , instruction system , memory system , pipeline and addressing mode , etc.

由采样速率的问题，引出多MCU的I2C总线结构。

I2C bus structure of multi-MCU is described , which comes from sampling speed debate .

首先，从PCI总线结构及其特点、操作原理、数据传输过程对PCI局部总线进行深入的研究；

Firstly , the related basic knowledge is studied thoroughly : the structure and feature of PCI , operation theory and data transmission process .

但是随着系统的发展，多CPU体系是更大规模发展的趋势，但总线结构的原始构思是基于单一CPU的，传统总线结构无法满足发展的需求。

Traditionally only one CPU is in the bus architecture , With the development system theory , multi-CPU architecture tends to be more advantageous and attractive .

MCU结构上采用二级指令流水线，分别通过采用哈佛总线结构和先行控制、分支预测等方法解决了流水线的数据相关和控制相关问题。

The problems of structure correlation and data correlation have been resolved by adjusting the memory structure , using look-ahead control and branch prediction .

系统的总线结构：哪个设备连接在哪个总线上，以及哪些总线互连（例如，USB和PCI总线的互连）

The bus structure of the system : which devices connect to which bus and which buses are interconnected ( for instance , a USB-PCI interconnect )

在一款采用改进HARVARD总线结构的通用DSP中，通过设置一个小型指令CACHE来缓解流水线上的资源冲突。

In a general purpose DSP which is based on modified harvard architecture , a small instruction cache is adopted to alleviate the resource conflict in the pipeline .

利用8位单片机、PCI总线结构设计了一种直接插在计算机总线上的硬件加密卡。

By using a 8-bit single-chip and a PCI bus structure , a hardware encryption card was devised , which was directly inserted in the bus .

与总线结构相比，NoC具有易扩展、可重用、低能耗等特点。

In contrast to shared-bus , NoC have the properties scalable , reuse and lower energy consuming .

我们采用基于CAN总线结构的污水处理DCS（集散控制系统）模型构建一体化氧化沟的整个控制系统。

We construct the whole control system for the integrated oxidation ditch by using the model of sewage treatment DSC , which is based on CAN bus .

该算法不改变现有总线结构，仍可复用连接在总线上的IP，以最小的代价有效地降低了片上总线上所消耗的功耗。

This solution does not change the bus architecture , and maintain the reusability of IP on bus . The result shows , it reduces the power consumption on bus effectively with minor cost .

ASI总线结构及维护方法研究

ASI Bus Construction and Maintenance

采用阈值监测模式，选用STD总线结构的工业控制计算机，以双机并行工作的方式构成模块化实时监控系统。

The system adopts the monitoring model which coalesces the control of threshold and time , and is structured with industrial controlling computer automatic protection .