本文分析了TDD双工方式的原理与技术特点。
The principle and characteristic of TDD double mode is analyzed in this thesis.
而悬浮间隙传感器和控制器间则采用半双工方式工作。
The semi-duplex work form was adopted between suspending gap sensor and controller.
实验证明，基于TDD双工方式的数字对讲机在技术上是可行的。
Experimentation proved that TDD digital handset is feasible in technology.
首先研究了整个射频系统的系统指标、双工方式、关键技术、系统组成和接口定义。
First introduces the whole rf system, including system specification, duplex method, key technology, interface definition and etc.
时分双工 （TDD）是一种通信系统的双工方式 ，在移动通信系统中用于分离接收和传送信道。
Time Division Duplex (TDD) is a kind of duplex method of communication system, by which uplink and downlink transmissions are time separated in mobile communications.
以串行通信方式实现采集数据的半双工无线传输，适合于低功耗短距离无线数据采集，并具有抗干扰能力强等优点；
With the serial communication it realizes the semiduplex wireless transmission, adapts to wireless data acquisitions of low power and short distance, and resists disturbance well.
根据当前的双工实现方式和实际的任务需求，提出了一种基于网络和软件的通用多工系统解决方案。
Based on the current duplex-operation implement and the practical task requirements, a Design of general multiple-operation system based on the network and software was presented.
系统采用射频芯片，串行通讯方式进行数据的半双工无线传输，具有较强的抗干扰能力。
This system adopts a special RF IC to Implement the semi-duplex data transfer in wireless and achieves perfect performance of anti-interference.
这种通信方式采用三线连接，全双工同步数据传输，具有连线少、速度快、可靠性高等特点。
This kind of communication mode employs three-wire connection and full duplex synchronous data transmission. It has the features of less link, fast speed, high reliability and etc.
该协议基于停等协议，适用于半双工通信方式。
This protocol is based on Stop-and-Wait protocol and it is suitable for half-duplex communication.
蓝牙与其他无线技术不同，它采用时分双工(TDD)方式处理传输时隙，以避免冲突。
Unlike most wireless techniques, Bluetooth USES time division duplex (TDD) to arrange the transmission slots so that it can avoid the collision.
采用平移式双工位加工方式，双倍的提高生产效率。
Translational processing by way of style duplex, double the increase production efficiency.
RS- 485的三态能力允许以半双工通讯的方式分享传送和接收信号的一对导线。
The tristate capabilities of RS-485 allow a single pair of wires to share transmit and receive signals for half-duplex communications.
本文针对ISDN数字用户环路二线全双工的回波抵消传输方式，首先探讨了LMS、VLMS1自适应算法，并在此基础上提出改进的VLMS2算法。
This paper discusses firstly adaptive algorithms of LMS and VLMS1, being used widely in treating the problem of echo cancellation for full-duplex transmission in ISDN digital subscriber's loop.
本文针对ISDN数字用户环路二线全双工的回波抵消传输方式，首先探讨了LMS、VLMS1自适应算法，并在此基础上提出改进的VLMS2算法。
This paper discusses firstly adaptive algorithms of LMS and VLMS1, being used widely in treating the problem of echo cancellation for full-duplex transmission in ISDN digital subscriber's loop.
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