Modeling of nonlinear propagation in optical fibre systems

Optiwave Systems Inc.迫切需要增强其光纤传播模型的仿真能力。其最高优先级是基于矢量的模型，以准确地表示偏振相关的光学系统的发展。它目前的模型包括标量和矢量实现;然而，后者的模型使用近似来允许更快的执行时间，这并不总是准确的。申请人Anis博士在超快光纤系统建模方面拥有长期经验。这些模型已被实验验证，并发表在一些期刊在过去几年中。在这个项目中，申请人将与OptiWave系统公司合作。开发一个精确的矢量模型，用于脉冲在不同的光传输介质中的传播，并将这种模型集成到OptiWave的光学仿真软件包中。

Optiwave Systems Inc. has an immediate requirement to augment the simulation capabilities of its fiber optic propagation models. Its highest priority is the development of a vector-based model to accurately represent polarization-dependent optical systems. Its current models include both scalar and vector implementations; however the later model uses approximations to allow for faster execution times which are not always accurate. The applicant, Dr. Anis, has a long experience in modeling of ultrafast optical fiber systems. These models have been experimentally verified and published in a number of Journals over the past few years. In this project, the applicant will work with OptiWave system Inc. to develop an accurate vectorial model for pulse propagation in different optical transmission media and to integrate such a model in OptiWave's optical simulation package.