Boosting Simulation and Design Speed with Distributed Computing
A Solution Emerges
from Numerous Simulation Steps
Simulating an optical system frequently involves numerous basic simulation steps, like sending multiple source modes through the system or individually simulating each lens within a microlens array. In certain simulations, it proves numerically beneficial to decompose a field laterally and propagate the resulting subfields. Some optimization methods, e.g. evolutionary algorithms, demand for many simulations per optimization step.
Game-Changing Speed
in Achieving Results
In all these instances, a multitude of simulations can be executed simultaneously and autonomously to achieve the final result. That is where distributed computing steps in as a game-changing accelerator for computational speed. VirtualLab Fusion smoothly and efficiently shares simulations across a computer network’s clients, ensuring a highly user-friendly experience. The speed of computing can be boosted nearly in a linear fashion by upping the number of clients accordingly.
