WIPL-D Optimizer is a powerful multi-algorithm optimization tool that is being used by many successful professionals around the world. The tool calculates single solution as well as multiple solutions for complex/multi-criteria optimizations. Thanks to its simple and intuitive graphical interface, you can quickly solve the problem at hand. It enables a high level of design automation of an antenna, antenna system, scatterer, or a microwave circuit.
WIPL-D Optimizer is integrated with WIPL-D Pro, WIPL-D Pro CAD and WIPL-D Microwave Pro. When you create your project and want to get optimum performance, you just start the Optimizer from within the design environment, set the parameters to be optimized and the optimization criteria, and let the tool do the rest. You can specify cost-functions based on virtually all the EM simulation results that are calculated with WIPL-D 3D EM solver, as well as circuit simulation results from WIPL-D Microwave.
Various optimization algorithms are available. The selection covers all major methods proven to work efficiently in practice. The available optimization algorithms are: Particle Swarm, Genetic, Simplex, Random, Systematic Search, Simulated Annealing and Gradient.
Some of the special options that distinguish WIPL-D Optimizer from other commercially available optimization tools:
- Hybrid optimization (involving two consecutive optimization algorithms)
- Pareto fronts (set of the best compromises in a multi-criteria optimization)
- Estimation of local minima (keeping several solutions that are in some proximity of the best found solution)
- Optimization repetitions (multiple optimizations from random starting points – decreases the probability of finding a local optimum which is not in fact the global optimum)