Time Division Multiplexing

Finally , it briefly explains the optical time division multiplexing .

最后简单介绍同步光时分多路应用。

In pulse code modulation , a basic group of channels assembled by time division multiplexing .

在脉码调制技术中，通过时分多路器而组合在一起的一种信道基本群。

Studies on Dispersion Compensation in Optical Time Division Multiplexing System

光时分复用系统中的色散补偿的研究

A Research on Time Division Multiplexing for Digital Telephony System

数字基带电话系统的时分复用研究

In communications , a channel derived by time division multiplexing .

在通信技术中，一种按时间分割成多路复用的信道。

A novel node configuration of optical time division multiplexing networks

WDM光时分复用网络节点的设计

Time Division Multiplexing of Optical Fiber Hydrophone Using Optical Switch

利用光开关实现的光纤水听器时分复用网络

An Optical Time Division Multiplexing Signal Generating System Using 1 × 8 Fiber couplers

采用1×8光纤耦合器的光时分复用信号产生系统

The time division multiplexing technique and its application of the soft start and the converter

软起动器和变频器的时分多机复用技术及其应用

Time division multiplexing Research on Optical Add Drop Multiplexer Based on Planar Lightwave Circuit Technology

基于平面光波导技术的光分插复用器的研究

System Design of An 8-element Fiber-optic Hydrophone Array Using High-speed Time Division Multiplexing

8路光纤水听器高速时分复用系统设计

Study on Quasi-Orthogonal Time Division Multiplexing in Multipath Fading Channels

多径衰落信道下准正交时分复用的研究

InGaAsP / InP Active Time division Multiplexing Photonic Switching Devices

InGaAsP/InP有源时分光子交换器件

The control unit exchange information through the network and share network resources in time division multiplexing way in the network control systems .

网络控制系统中各控制单元通过网络交换信息，以分时复用的方式共享网络资源。

A novel WDM optical time division multiplexing network ( OTDMN ) with great capacity is discussed .

提出了一种大容量的WDM光时分复用网络的概念。

Function of Polarization Scrambler in 4 × 10Gb / s Optical Time Division Multiplexing Signal Generating System

扰偏器在4×10Gb/s光时分复用信号产生系统中的作用

Optical time division multiplexing ( OTDM ) technology is one of the most promising way to achieve ultrahigh bit rate transmission .

光时分复用（OTDM）技术是实现超大容量传输的最有希望的途径之一。

Time division multiplexing Try working part of your day in off-hour times , to get more done with fewer people around .

时分多路复用技术，时分多路转换，[港]分时多任务以小时为单位划分你的工作时间，用更少的人做更多的事情。

A new design mode based on dynamic time division multiplexing was introduced , and in theory the maximal delay of various data frame was deduced .

提出了一种动态时分CAN的设计思想，理论上给出了不同属性数据帧传输的最大时延；

HUMAN PERFORMANCE MODELING IN TEMPORARY SEGMENTATION CHINESE HANDWRITING RECOGNIZER ; In communications , a channel derived by time division multiplexing .

基于时间分割的手写输入系统的用户绩效模型在通信技术中，一种按时间分割成多路复用的信道。

According to the CAN data link layer characteristic , a new schedule algorithm of time division multiplexing design based on dynamic PRI promote is presented .

为此根据CAN协议的数据链路层特点提出了基于优先级晋升时分CAN调度方法。

Simulation results show that tangible PSNR improvements can be gained compared to the typical time division multiplexing ( TDM ) system .

仿真实验表明，与典型的时分复用系统相比，所提出方案的性能有明显的提高。

Hence , A CAN real-time accessing strategy was raised based on dynamic time division multiplexing and a math model of MAC was given .

提出了一种CANMAC延时的数学模型及一种基于动态时分复用的访问策略，已应用于本系统。

This article proposed the time division multiplexing concept , and explained the technique and the application specifically , described the good application prospect of this technique .

本文提出了时分多机复用的概念，并对其技术和应用加以具体说明，展现了该技术良好的应用前景。

Using TDM ( time division multiplexing ), virtual parallel synchronous data transmission between the PCI buses of two computers has been achieved .

采用时分复用虚拟并行传输技术，设计并实现了用于计算机PCI总线并行互连的光互连链路。

Presents a fast parallel DFT processing method to improve the processing speed of the time division multiplexing digital RF memory ( DRFM ) system .

提出一种快速DFT处理新方法，以提高时分多路数字射频存储系统信号处理速度。

For the electrons mobility ratio limited , traditional time division multiplexing technique can not reach the highest speed of 40Gbit / s.

由于电子迁移率的限制，采用传统的时分复用技术很难突破40Gbit/s的最高速率。

Circuit design based on time division multiplexing for 63-order FIR digital interpolation filter used in Sigma-Delta audio DAC is presented in this paper .

本文提出了一种基于时分复用技术的应用于Sigma-Delta音频DAC的63阶FIR插值滤波器电路。

In order to reduce system cost , electrical time division multiplexing ( ETDM ) was adopted to accomplish virtual parallel data transmission in a single fiber .

采用电时分复用（ETDM）技术在1根光纤上实现了G.数据信号的虚拟并行传输，降低了系统成本。

Based on optical time division multiplexing technology , 5 Gb / s soliton transmission is successfully carried out by using fiber ring laser as the optical source .

利用光纤环激光器作为孤子源和光时分复用技术成功地进行了5Gb／s的孤子传输实验。