介绍了通过通信控制器实现异种计算机之间的直接互连通信。
This paper describes interconnection communication system of heterogeneous computer with CCU.
通过设计通信和后台管理软件，以及模拟前端门禁控制器程序，实现了网络集中与分布式智能化的管理。
By designing the communication and back-end management software and simulated entrance guard controller program, we realized the centralized and distributed intelligent management.
该系统应用了MCS - 51系列的单片机，研制出通讯控制器和加油控制机，主机通过串行通信协议来对加油进行控制和监测。
The system makes use of MCS-51 single chip to design communication controller and oiling controller. Host computer inspects and controls oiling process through serial communication protocol.
在所考虑的离散分布控制系统中，每个可编程控制器作为一个控制结点，结点之间通过网络进行连接保持通信。
In the discrete distributed control system presented, each programmable logic controller is a control node and keeps communication with other nodes through network.
通过HCI进行蓝牙主机与主机控制器之间通信，可以避免深入研究蓝牙低层传输协议而建立起蓝牙无线连接。
It does not need to study complicated details of Bluetooth specification that create communication between Bluetooth host and host controller via HCI.
该光源控制器通信是通过一个USB的COM口。
Communication to the light controller is through a USB COM port.
控制器通过PCI总线与上位机通信，采用DSP和CPLD完成了运动控制功能，实现了机械手关节运动的伺服控制。
The communication with the upper computer was realized through PCI bus, DSP and CPLD was used to achieve motion control of manipulator's joints.
智能型控制器带有可通信接口，通过现场总线由计算机控制，实现供电系统的遥测、遥调、遥控和遥信功能。
The intelligent controller has the communication capable interface and is controlled by computer via fieldbus, therefore it is able to have function of remote me…
智能采集器与控制器通过现场总线通信，交换信息、发送指令、采集数据和控制。
Intelligent data acquisition collector communicates with controller via field-bus, exchanges information, sends command, gather data and control.
通过此协议，控制器之间、控制器经由网络和其它设备之间可以通信。
The controller can communicate with the network and other equipment through the modbus protocol.
通过RS232（9）脚串口可实现计算机与控制器的双向通信，本系统采用二进制形式传输数据。
Using the RS232 (9 pins) as serial interface can carry out the communication between computer and controller. This system adopts the binary form to transmit the data.
通过工控机实现了伺服控制器、变频控制器、PLC和各个仪表之间的数据通信以及数据报表的输出，达到了实时控制。
The data communication between the servo controller, transducer controller, PLC and every meter, as well as the data report forms is realized through the IPC, and real-time control is also achieved.
模块之间则是通过CAN总线连接，每个模块都是总线上的一个节点，通过对节点中的微控制器的程序设计，各节点可以联机调试，并通过本文制定的初步协议来实现相互的通信。
Each module is a node of CAN-BUS, which could be online debugging by the program loading the microcontroller of them and could correspond with each other by the primary communication protocol.
仿真表明，通过该方案设计得到的控制器，可以保证系统的稳定性，而激光通信控制系统的粗、精回路具有合适的系统带宽，可以协调地工作。
The simulation proves that the controller achieved through this scheme is able to keep system stability and provide proper system bandwidth to both coarse and fine loops for their coordination.
现场通信模块通过CAN控制器SJA1000和收发器82C250来实现对下层电量和功率信息的采集和发送；
The Field communication module mainly used the CAN controller SJA1000 and the transceiver 82C250 to achieve the collection and send information of lower energy and power;
一线网络是一种基于PC或者微控制器的，通过双绞线与一线元件进行数字通信的低成本的总线。
The 1-wire net is a low-cost bus based on a PC or microcontroller communicating digitally over twisted-pair cable with 1-wire components.
最解除锁定的操作是使用正确的密码并避免连接到域控制器减少了网络通信量显著提高通过慢速网络连接的性能。
Most unlock operations are with the correct password, and avoiding the connection to the domain controller reduces network traffic and significantly improves performance over slow network connections.
NET的嵌入式机床控制器和基于智能手机的移动控制器，两者通过无线技术进行联网并通信。
NET and the mobile controller based on Smartphone, both of which adopt wireless technology to communicate with each other.
VOD102通过两个红外线发射器与控制器进行通信。
The controller communicates with the VOD102 via two infrared transmitters.
本控制器可通过串口直接与上位机通信，亦可借助于CAN- USB转换器件，通过CAN接口实现与上位机通信。
This controller can communicate directly with the PC computer through the serial port, or through the can interface helped with the CAN-USB conversion devices.
通过RS-232C实现PC机和单片机的串口通信，进而实现了控制器对超声仪的控制功能。
PC and MCU communicates through serial port RS-232C, and more the control to ultrasound instrument is accomplished.
通过RS-232C实现PC机和单片机的串口通信，进而实现了控制器对超声仪的控制功能。
PC and MCU communicates through serial port RS-232C, and more the control to ultrasound instrument is accomplished.
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