Advanced physical model for steady state, transient and large signal analysis of semiconductor optical amplifiers in photonic telecommunication networks

点击翻译按钮获取中文摘要

The goal of this research project is to lay the foundations of an enduring industry-academy collaborative relationship through the engagement of the respective teams in a first study for expanding the simulation capabilities of the existing models for semiconductor optical amplifiers (SOAs). These devices are one of the most important components in the deployment of broadband photonic networks; they have made possible a variety of all-optical applications due to the fast dynamics and non-linear response of their material composition, in addition to their small size, relatively low cost and low energy consumption. The research is innovative because it aims to solve the lack of existing software capabilities to model and simulate the ultra-fast and large signal dynamics of bulk SOA devices. The project is also ambitious because it aims to lay the theoretical and practical foundations to model and simulate SOAs based on state-of-the-art quantum dot (QD) structures, which provide an improved performance relative to their bulk counterpart. The outcomes of this research will provide the industry partner with the algorithms and software code to be integrated in their current software platform, creating an opportunity for a Canada-based enterprise to strengthen its position in the global marketplace. This project will develop highly qualified and skilled personnel, benefiting from an environment enriched by an industrial dimension, promoting effective knowledge transfer to industry and helping them fill their employment needs.