Advanced Simulation and Modeling in Optical Communication

This in-depth training is designed to equip participants with the skills and methodologies required for advanced simulation and modeling of optical communication systems. As optical networks evolve to support higher data rates, more complex modulation schemes, and diverse channel conditions, accurate simulation and modeling have become critical tools for system design, performance evaluation, and innovation. The course provides a rigorous overview of modeling techniques for various optical components, channels (fiber, free-space, and underwater), and impairments such as dispersion, nonlinearity, attenuation, and turbulence. Participants will learn how to simulate end-to-end systems using industry-standard tools and custom MATLAB/Python environments, enabling accurate performance prediction under practical constraints. Both theoretical insights and hands-on case studies are provided for a well-rounded experience.

* Fundamentals of optical system modeling: components and impairments * Simulation frameworks for fiber, FSO, and underwater optical channels * Modeling of laser sources, modulators, detectors, and amplifiers * Incorporating noise, dispersion, and nonlinear effects in simulations * Monte Carlo and statistical channel modeling techniques * System-level performance metrics: BER, Q-factor, SKR (in QKD) * Use of MATLAB, Python, and simulation platforms in optical design * Case studies: modeling QKD systems, multi-hop links, and advanced modulation

onsite_training onsite_training 100% 11 D8 * Optical and photonics communication engineers * Simulation and modeling specialists * Researchers and system designers in academia or R&D * Professionals developing or evaluating FSO, fiber, or hybrid systems * Graduate students working on optical communication projects * Optical and photonics communication engineers * Simulation and modeling specialists * Researchers and system designers in academia or R&D * Professionals developing or evaluating FSO, fiber, or hybrid systems * Graduate students working on optical communication projects Ekran okuyucu desteğini etkinleştirin Ekran okuyucu desteğini etkinleştirmek için Ctrl+Alt+Z, klavye kısayolları hakkında bilgi edinmek içinse Ctrl+eğik çizgi tuşlarına basın.