Token Bus

A Performance Evaluation Algorithm of Fault tolerant Token Bus Network

容错型令牌总线网性能评价算法

This paper proposes a new algorithm of performance evaluating for fault tolerant token bus network in the standards of IEEE 802.4 or MAP .

本文对符合IEEE802.4和MAP标准的令牌总线网的性能指标评估给出了一种新的计算方法。

The design of building calling system based on token bus

基于令牌总线的楼宇访客系统设计

The Total Distributed Control for Measuring and Testing System Based on Token Bus

基于令牌总线的测试系统集散式控制

Point of Token Bus Local Area Network in Teaching

令牌总线局域网教学中的思考

β performance analysis models of token bus and token ring

令牌总线令牌环的β性能分析模型

Analysis on performance and design of parameters of the asymmetric token bus used in distributed control system

不对称令牌总线在分布式控制系统中应用的性能分析与参数设置

Research of Token Bus Protocol in Wireless Network

无线局域网中实现令牌总线协议的研究

The Priority Access Control In Token Bus And Token Ring

令牌总线和令牌环中的优先访问技术

An improved maintenance scheme of logical ring in the token bus LAN

令牌总线局域网中逻辑环维护算法的改进

Chapter 5 advances a wireless token bus protocol .

本文第五章提出了一种适用于卫星编队的无线总线令牌协议。

A token bus controller is discussed too .

文中还介绍了一种令牌总线控制器。

Performance Analysis of a Gated Polling and Token Bus Protocol for LANS

门限式令牌总线局部网协议性能分析

This paper proposes that the mathematical model of Token Bus Protocol for LANs is a cyclic queueing system .

本文提出了令牌总线协议的数学模型&循环排队系统。

The interconnection between token bus ISLN and PSTN

令牌总线综合业务局域网与电话网的互连

The effective maintenance algorithm for logical ring plays an important role in keeping the network real - time . The complexity of algorithm is the main barrier of implementing the token bus LAN .

逻辑环维护算法的效率是影响网络实时性的重要因素，也是令牌总线局域网络投入实用的主要难点。

RS 485 physical layer standard is applied to build bus topolopy control network , token bus is adopted in this network to realize multiple access in order to meet real-time request of control network .

应用RS485物理层标准，构建总线型的控制网络，采用令牌方式实现总线的共享访问，以适应控制网络实时性要求。

Then , combined the theory of token bus protocol ( IEEE 802.4 ), a modeling methodology based on token bus protocol is proposed , the stability of the networked control system model is analyzed as well .

结合令牌传输协议（IEEE802.4），给出了一种基于令牌传输协议的网络化控制系统的建模方法，并进行了稳定性分析。

In this paper , protocol characters of ARCNET are introduced . Then a kind of network interface module based on ARCNET token bus is presented emphatically . Design of hardware structure and implementation of software function are also discussed in detail .

介绍了令牌总线网络&ARCNET的协议特点，重点阐述了一种基于ARCNET令牌总线的网络接口模块，详述了硬件结构设计及软件功能的实现。

In order to realize the anti-collision avoidance algorithm , the state information between tower cranes must interact in real-time . Referring to traditional token bus network , design a wireless real-time communication protocol to transfer date between tower cranes . 3 .

为了实现塔机群防碰撞避让算法，塔机之间的状态信息必须进行实时的交互，参照传统的令牌总线网络，设计一种无线实时通讯协议实现塔机群之间的数据交互。

The Design and Application of Token Ring Bus in General Purpose Test Stand

自适应环网总线在通用测试台中的设计与应用

Digital Network structure was double token chain bus .

数字多媒体传输网络采用双令牌总线结构。

A multiprocessor system using token passing bus access method

使用令牌传递总线送取方法的多处理机系统

This paper studies the problem of computer simulation for LTPB , linear token passing bus .

研究线性令牌传递总线LTPB的计算机仿真问题。

With a especial design , the construction in which the token ring bus is used cancels the function of server .

通过对系统结构的特殊设计，取消主机并采用令牌环总线的通信方式，使节点间实现对等通信成为可能，并保证了通信的可靠性。

The problem of guaranteeing real-time message transmission in LTPB network , linear token passing bus , has been studied .

研究LTPB（线性令牌传递总线）在通信网络中保证消息实时传输的带宽分配问题。

ARCNET is a token passing bus which has high transmission speed and predictable delay time . It 's a good choice to build distributed control system .

ARCNET总线是一种令牌环式总线，具备高速性和延时可测性，非常适用于构成分布式的自动控制系统。

A Comparison Between the SAE Linear Token Passing Bus ( LTPB ) and the Optic-Fiber Distributed Data Interface ( FDDI ) Protocols

SAE线性令牌传输总线与光纤型分布式数据接口规约的比较

Linear token passing bus ( LTPB ) is an advanced interconnection technology , which has many merits such as wide-band , real-time and high reliability and so on .

线性令牌总线（LTPB）是一种先进的机载互连技术，它具有高带宽、实时性强和高可靠性等特点。

The topology analysis is decomposed into many units , each of which is modeled with a coloured Petri net , where a token represents a bus , and the token color represents the nodes connected to the bus .

把整个电网拓扑分析问题分解为若干个基本分析单元，提出了基本分析单元的有色Petri网模型，用令牌表示母线，用令牌的颜色表示连接在同一母线上的结点。