Model And Simulate Dynamic RF Scenarios Using Time-Based Mobility

Tune in to see an in-depth look at modeling dynamic RF environments with Wireless InSite, a powerful wireless prediction and simulation platform. Viewers will learn how to simulate the movement of transcievers, antennas, and objects within user-defined scenes, supporting applications ranging from terrestrial communication systems to lunar missions.

Wireless InSite enables accurate simulation of multipath, fading, received power, SINR, and data throughput over time as antennas mounted on vehicles, equipment, or people move through complex environments. The software incorporates advanced ray-tracing techniques and supports full-wave Huygens antenna data importing from Remcom's XFdtd, ensuring high-fidelity modeling of electromagnetic interactions with nearby structures, the human body, and vehicles.

By the end of the session, viewers will understand how Wireless InSite's dynamic simulation capabilities improve prediction accuracy, reduce design iterations, and provide engineers with the confidence needed to tackle increasingly complex wireless challenges.