large blocked structure

An 8 × 2. 5 Gbit/ s optical time division multiplexing signal generating system has been achieved by using two 1 × 8 single-mode fiber couplers.

采用两只1×8单模光纤耦合器，实现了8×2.5Gbit／s时分复用信号的产生。

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a novel method realizing chromatic dispersion compensation and optical add-drop multiplexing simultaneously in optical network has been proposed and characterized.

提出了一种在光网络中同时进行色散补偿和光分插复用的方法，并进行了特性分析。

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A novel node configuration of optical time division multiplexing networks

WDM光时分复用网络节点的设计

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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。

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the principle and the system construction for realization of all optical code division multiplexing communication are investigated. the correlation receiving process of optical code division multiplexing communication is simulated with computer programming.

对实现全光码分复用通信的原理、系统构成进行了研究，并通过计算机编程模拟了光码分复用通信的相关接收过程。

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then, it describes the formation of ring type network, and explains in more detail the optical add drop multiplexing, space switching, and tunable fiber grating technologies they adopt.

接着，较全面地介绍它们采用光插分复接、空间交换和可调谐光纤光栅方式的特点。

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Finally, it briefly explains the optical time division multiplexing.

最后简单介绍同步光时分多路应用。

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Research and Development of 565 Mbit/ s Optical Line Multiplexing Terminal

565Mbit/s光纤线路复用终端机的研制

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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

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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

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the crosstalk is an important limiting factor in optical wavelength division multiplexing ( wdm) networks with optical cross connect ( oxc) nodes.

串扰是波分复用（WDM）光网络中限制光交叉连接（OXC）节点容量的一个重要因素。

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the technology of optical multiplexing

光复用技术谈

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experimental investigation of direct-detection optical orthogonal frequency-division multiplexing transmission system

直接检测的光正交频分复用信号光纤传输系统实验研究

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research on all optical code division multiplexing communication

全光码分复用通信研究

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in view of the limitation of traditional wiring, an automotive optical fiber multiplexing ( wiring) control system is designed.

针对传统布线的缺陷，设计了汽车光纤多路传输（布线）控制系统。

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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

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the high performance wavelength demultiplexing photodetectors for optical wavelength division multiplexing ( owdm) systems were introduced and analyzed.

对用于光波分复用（OWDM）系统的高性能解复用接收器件&高性能光探测器的研究作了介绍和分析。

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the relations between channel crosstalk channel interval and channel bandwidth in high density optical wavelength division multiplexing transmission system

高密度光波分复用传输系统信道串扰与信道间隔和信道带宽的关系

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2Gbit/ s optical time-division multiplexing experiment using semiconductor laser amplifier as high speed optical switches

利用半导体激光放大器作为高速光调制开关的2Gbit/s光学时分复用实验

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for its own advantage, optical time division multiplexing ( otdm) technology is an effective way to increase the capacity of optical communication system and in recent years.

近些年来，光时分复用（OTDM）技术以其自身的优越性成为提高光纤通信系统容量的有效途径。

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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。

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automotive optical-fiber multiplexing control system

汽车光纤多路传输控制系统

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Optical Multiplexing Technology and Its Application in Optical Communication System

光复用技术及其在光纤通信系统中的应用

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high performance wavelength demultiplexing photodetectors for optical wavelength division multiplexing systems

用于光波分复用系统的高性能解复用接收器件

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Thirdly, we quantify the power penalty caused by the PMD in optical subcarrier multiplexing ( OSCM) system with amplitude shift keying ( ASK) and binary phase shift keying ( BPSK).

第三，对采用不同调制格式（包括幅移键控和二进制相移键控）的光副载波复用（OSCM）系统中，PMD引起的功率代价进行了量化。

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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。

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For achieving ultra-high speed optical time-division multiplexing transmission, optical soliton transmission and high-speed optical switch, the generation of high repetition rate, ultra-short optical pulse is one of the key technologies.

高重复频率、超短光脉冲的产生，是实现超高速光时分复用传输、光孤子传输和高速光交换的关键技术之一。

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4 × 2.5Gbit/s optical time division multiplexing signal generation system has been developed in our experiment Fiber coupler loop-connecting configuration can realize the same optical signal multiplexing.

实验中我们实现了4×2.5Gbit/s的光信号复用。

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Application of Optical Wavelength Division Multiplexing in Rural Broadcast Television Cable Network

光波分复用在农村广播电视共缆传输中的应用

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According to the basic idea of optical multiplexing technology a new type of composite optical Modem is developed, besides ordinary communication, the Boolean signal can be rapidly transmitted among adjacent Modems ( less than 100 microseconds).

根据光复用技术的基本思想，研制了一种新型复合光Modem，这种光Modem除了正常的通信功能外，相邻Modem间还能快速传送电平信号（小于100μs）。

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