光孤子通信

拉曼效应与光孤子通信论影视艺术中的光效设计

Raman Effect and Optical Soliton Communication On the Light Projecting in Movies

介绍了光孤子通信的基本原理，推导了非线性Schrodinger方程的包络孤立波解；

The basal theory of optical soliton communication was introduced . The corrugation soliton was obtained from the normalized nonlinear Schrodinger equation .

最后对掺铒光纤放大器对孤子能量补偿作用做了探讨，指出光孤子通信中主要是色散受限，采用980nm光源泵浦的EDFA具有较好的效果。

The EDFA was adopted to compensate the power of the soliton and its result was reviewed . It is concluded that dispersion is the major limitation in the optical soliton communication , 980 nm laser is selected to pump the EDFA to obtain better result .

在叙述中还对光孤子通信的近期发展情况作了若干评述。

The recent development of optical soliton communication is also reviewed .

具有滑频滤波器的光孤子通信系统时间抖动的研究

Studies on Timing Jitter of Soliton Transmission with Sliding Filters

光孤子通信原理与理论研究

On principle and theory of soliton communication in optical fibers

长距离光孤子通信系统优化设计解析理论

Analytical Theory for Optimal Design of Long Distance Optical Soliton Communication Systems

增益噪声对光孤子通信系统码率距离积的限制

Length-bit-rate product limit due to gain noise in optical soliton communication systems

纳米光子晶体光纤中的缺陷态与光孤子通信研究

Study defect in the fiber of nanometer photon crystals with optic soliton communication

纳米光纤与光孤子通信探讨

A discussion on soliton communication and fiber of nanometer

孤立波理论与光孤子通信

Theory of Solitary Waves and the Soliton Fiber Communications

光孤子通信传输方案与影响因素

Transmission schemes and influence factors for optical soliton communications

光孤子通信系统中定时抖动的控制

Timed Jittering Control in the Optical Soliton Communication System

拉曼效应与光孤子通信

Raman Effect and Optical Soliton Communication ORBIT OF LIGHT

光孤子通信的基础研究

Study on the basal theory of optical soliton communications

光孤子通信研究的20年历程及跨世纪展望

20 Year 's Progresses and 21 Century 's Prospects of Optical Soliton Communications Researches

光孤子通信系统的色散控制研究

Dispersive control of fiber soliton communication system

光孤子通信及其展望

Optical Soliton Communication and its Prospect

接近商用化的光孤子通信

Near Commercialization of Optical Soliton Communications

这为增大光孤子通信系统的容量，提高通信速率提供了理论依据。

Those provide the theoretical basis for increasing the capacity of optical soliton communication system and raising the bit rate .

光孤子通信技术以非线性光学作为理论基础，适用于波分复用系统和时分复用系统。

Optical solitons communication technology based on the nonlinear optical theory is suitable for division multiplexing systems and time multiplex system .

因此，存在于耗散系统中的耗散孤子成为了光孤子通信研究的热点。

Therefore , the dissipative solitons which are exist in dissipative system have become popular object in study of optical solitons communication .

光孤子通信系统最明显的优点就是其巨大的通信容量。

Comparing with the conventional optical fiber communication system using linearity optics principle , the soliton transmission system has tremendous communication capacity .

随着对大容量、高速率通信要求的不断提高，光孤子通信得到了十分迅速的发展。

Along with the requirement for continually increased large capacity and high speed communication , optical soliton communication has been researched intensively and developed forward a lot .

第二章给出了光孤子通信系统的组成、原理及影响光孤子通信的诸多因素。

Chapter 2 is devoted to demonstrating the setup and principle of optical soliton communication system , and presenting varieties of factors that affect the transmission of optical solitons .

光孤子通信是一种非线性全光长距离通信技术，是下一代光网络实现高速长距离通信的理想方案之一。

The technology of optical-soliton communication is the long distance communication . It has become an excellent scheme for high rate and long-haul optical communications of the next generation .

光孤子通信由于具有信息容量大，抗干扰能力强等优势，被认为是新的信息处理方式的首选。

With the significant advantage such as large information capacity , strong anti-interference ability and so on , optical soliton communication is considered as the preferred new approach of information processing .

介绍了掺铒光纤放大器的工作原理及特点，重点综述了该放大器在光波分复用系统和光孤子通信系统中的应用和发展动态，并报导了我们最近的研究结果。

The basic principle and characters of the erbium-doped fiber amplifiers are introduced , and their applications and recent advances in the wavelength division multiplexing and optical soliton transmission systems are summarized .

作为新一代高速长距离通信的优选方案，光孤子通信利用脉冲在光纤中非线性效应与色散效应的平衡来实现高速脉冲孤子稳定传输。

As a preferentially selecting project for a new generation of high-speed and long-distance communications , optical soliton employs the balance between nonlinear effect and dispersion effect to achieve stable transmission of high-speed soliton pulse .

基于分布放大光孤子通信系统中增益补偿损耗过程中存在不可忽略的随机效应，研究了随机增益对光孤子通信系统的影响。

Based on the fact that there are unnegligible stochastic effects in the compensation of gain for the loss in the soliton communication system , the influence is studied of stochastic gain on the soliton transmitting system .