Simulation platform for electromagnetic optimization of wireless environments

In view of the ever expanding research and development in the wireless area, recent advances and topical applications of a computational electromagnetics (CEM) platform are highlighted within this paper. In particular related to the simulation and optimization of complex industrial scenarios, CEM tools must provide outstanding performance with respect to user-friendliness, accuracy, robustness and computation speed. On the basis of optimizing a wireless power transfer system in interaction with a human body, the capabilities of the investigated CEM platform are demonstrated. The outlined feature range encompasses numerical/experimental body phantoms, LF and RF solvers as well as the latest achievements in GPU high performance computing (HPC).