SERCOS (SErial Real-time Communication System) is the serial real-time communication fieldbus between digital controller and servo-driver.
接口是数字控制器与伺服驱动器间的串行实时通信总线。
Based on the summarize of SERCOS serial real-time communication system technology, the paper introduce the control system of fully electric injection machine is developed by using soft-PLC and SERCOS.
在介绍SERCOS技术的基础上，阐述用软plc和SERCOS总线开发全电子注塑机控制系统的方法，并分析了实现注塑过程的高速、高精度运动控制的硬件和软件结构及人机界面的设计。
In host computer control system, mainly achieve choice of serial communication control, the collection of real-time data updating display and historical data charts analysis.
在上位机监控系统中，主要完成的是对通信设置的选择控制、现场采集数据的实时刷新显示等。
The thread pools timer component, serial communication, and multithreading techniques were used to guarantee it as a real-time and scalable system.
系统开发采用线程池定时器组件、串行通信、多线程等技术，从而保证系统的实时性和可扩展性。
The serial communication system can realize real-time data communication among self-collimation theodolite, electronic gradienter, center computer and computer of measuring system.
该系统可实现自准直经纬仪、电子水平仪、中心机与测量系统计算机之间的实时数据通讯。
Real -time data reading and storage which are required in serial communication occupy a large amount of system resources.
串口通信所要求的实时数据读取及储存占用了大量的系统资源。
This paper introduces a method of improving the real? Time on main single chip computer serial communication and the background programs in the complicated distributed system.
介绍在复杂的主从分布式系统中提高主机串行通讯与背景程序实时性的一种方法。
The communication between host computer and subsystems USES USB (Universal Serial Bus) that insures real-time, high speed and convenient connection of the system devices.
各系统和主机之间采用USB总线连接的方式进行通讯，既可以保证通讯的实时性、高速性，又使得主机和设备之间的连接更加方便。
The serial communication was developed by using asynchronous IO mechanism and multithread technology, which improve the real-time performance of the system.
检测系统的串口通信采用异步IO机制，并运用多线程技术，提高了系统的实时性；
The paper details a real-time spectroradiometer which is based on MCU and serial-port communication. The principle of measurement and the system of the hardware and software are introduced.
介绍了一种基于单片机和串口通信的实时光谱辐射测量仪，着重介绍其测量原理及其硬件、软件的实现。
This dissertation introduces a method of serial communication using level conversion chip MAX232 between PC and monolithic processor, this is design of Distributed Real-time circular system.
本论文介绍了采取电平转换芯片MAX232实现PC机与单片机之间的串行通信的方法，即分布式实时通告系统的设计。
The system can insure the conversion between the Serial Communication and network interface, and finite samples multi-channel parallel collection, and real-time display and data conservation function.
该系统实现串口通信与网络接口的转化，有限点多通道并行采集，实时显示及数据保存功能。
The system can insure the conversion between the Serial Communication and network interface, and finite samples multi-channel parallel collection, and real-time display and data conservation function.
该系统实现串口通信与网络接口的转化，有限点多通道并行采集，实时显示及数据保存功能。
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