Modeling Software from RP Photonics RP Photonics has developed powerful simulation software. For all software packages described here, user licenses are available. The software can be used for calculating mode properties and light propagation in fibers for simulating the performance e.g. of fiber lasers ultrashort pulse sources for developing a quantitative understanding of devices for optimizing device designs for minimizing development time and cost Specialties of RP Photonics software are If you are interested in software, subscribe to the RP Photonics Software News! that the development and the technical support are done by an internationally known expert that the technical support can not only be used for directly software-specific issues, but also for related technical and scientific questions that the software (except for RP Fiber Calculator) is extremely flexible due to a built-in script language, so that it can be used even for most sophisticated calculations

Optical_Fiber_Communication （Gerd keiser） 光纤通信 中文版

经典教材非线性光纤第四版Nonlinear Fiber Optics（The fourth edition）

In many applications, radio frequency (RF) signals need to be transmitted and processed without being digitalized. Optical fiber provides a transmission medium in which RF modulated optical carriers can be transmitted and distributed with very low loss, making it more efficient and less costly than conventional electronic systems. This volume presents a review of RF photonic components, transmission systems, and signal processing examples in optical fibers from leading academic, government, and industry scientists working in this field. It also introduces the reader to various related technologies such as direct modulation of laser sources, external modulation techniques, and detectors. The text is aimed at engineers and scientists engaged in the research and development of optical fibers and analog RF applications. With an emphasis on design, performance and practical application, this book will be of particular interest to those developing novel systems based on this technology.

采用1480nm波长抽运,对TrueWaveTM,DCF和DSF三种通信光纤在1.5μm波段的拉曼增益系数进行了实验测量和比较;针对用作光接收机或EDFA前端预放大的光纤拉曼分布放大器使用要求,对放大自发拉曼散射的噪声系数进行了实验测量,并与理论计算进行了比较.

光通信电路设计，内容很全面。建议相关研究人员作为参考。

本文详细解读了相干接收技术在光纤通信中的应用，包括相干接收的原理，接收和发送端的数字信号处理等流程，以及需要解决的问题

对于光纤激光器速率方程和功率传输方程在一定边界条件下进行求解，选取经验常数

matlab微分方程代码分布式反馈光纤激光器 此Matlab代码计算稀土掺杂的分布式反馈（DFB）光纤激光器的特性分布式反馈光纤激光器是一种短腔光纤激光器。 顾名思义，它的反馈通过印在phase- co共掺杂增益介质核心中的pi相移光纤布拉格光栅在整个腔体内分布。 DFB光纤激光器的主要优点是其单频运行，这对于电信和传感应用非常重要。 DFB光纤激光器周期性结构内的两个反向传播场由两个耦合的一阶微分方程表示。这些方程表示2点边界值问题，并通过在Matlab中实现的射击算法进行求解，以得出DFB光纤激光器的特性。 使用这个Matlab模型，可以获得激光器的输出功率，内部增益，阈值和其他特性。

fibjs——Javascript on Fiber.pdf