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

此Engage-Plus研究提案的目标是通过扩展我们开发的软件例程，以满足我们行业合作伙伴的特定和具有挑战性的要求，从而加强我们在先前的Engage项目中建立的产学研合作关系。除了稳态和瞬变响应外，该Engage Plus研究计划还旨在开发软件例程，用于模拟基于量子井材料的半导体放大器中的多通道操作和偏振敏感效应。这项研究具有创新性，因为它旨在解决现有软件能力的不足，无法对量子井半导体光放大器中具有多个输入和输出的场景进行建模和模拟，以及输入信号的偏振状态的影响。这项研究的结果将

The goal of this Engage-Plus research proposal is to enhance our industry-academy collaborative relationship established in a prior Engage project through the expansion of our developed software routines to address specific and challenging requirements from our industry partner. In addition to the steady state and transient response, this Engage Plus research program aims at developing software routines for the simulation of multi-channel operation and polarisation-sensitive effects in semiconductor amplifiers based on quantum well materials. The research is innovative because it aims to solve the lack of existing software capabilities to model and simulate scenarios with multiple inputs and outputs in quantum-well semiconductor optical amplifiers, as well as the effects of the state of polarisation of the incoming signals. The outcomes of this research will