总线转换器的通信网络接口为多种异型总线之间的互联和构建比较复杂的总线型网络提供了一种解决方案。
A method of the connection in different buses and construction bus network is provided by the network interface in the adapter.
通信网络可以按照其物理排列或拓扑结构来分类。有三种常见的拓扑结构：星型、总线型和环型。
Communication networks can be classified in terms of their physical arrangement or topologies. Three common topologies are the star, bus, and ring.
系统采用半双工式RS- 485总线型通信网络和累加和校验通信算法进行数据传输。
System adopts RS-485 bus communication network which way of communication is half duplexing and accumulate and check-up communication algorithm, which are carried on data transmission.
现场总线是应用在控制最底层的一种总线型拓扑网络。
Fieldbus is a bus topology network used in the bottom layer of controlling system.
重点讨论了链路型和总线型互连网络，并分析了通信的局部性对性能的影响。
The influence of communication locality on performance is discussed at the end of the paper.
星形结构在运行维护、传输时间等多方面优于总线型、环形结构，宜采用双星形结构构建过程层网络。
As star structure is superior over bus and ring structures in operational maintenance, transmission time and so on, dual-star structure is proposed for process level networking.
总线型的网络拓扑结构、令牌传递总线方式的运用，确保了系统数据采集网络通信顺畅。
The bus network topology structure and token accessing control are used to solve the capability problem of the network communication in data collection.
文章以总线型多点数据采集系统为例，介绍了用RS- 4 85构成主从机方式通信网络的一般组网方法。
The data collecting system of bus mode as an example is introduced and general methods of constructing communicating networks of principal and subordinate mode by RS-485 are given.
文章以总线型多点数据采集系统为例，介绍了用RS- 4 85构成主从机方式通信网络的一般组网方法。
The data collecting system of bus mode as an example is introduced and general methods of constructing communicating networks of principal and subordinate mode by RS-485 are given.
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