Today’s military works in a complex electromagneticarena. IED jammers and UGS systems are examples where propagation is very near to the ground, and the interaction of signals with the earth can unintentionally alter propagation. In these scenarios the direct and reflected waves tend to cancel one another, causing the surface wave component to be the dominant mode of propagation. This surface wave must be taken into account in order to correctly model radio wave propagation in these cases.
Videos
Explore this presentation featuring an automated XFdtd® and Wireless InSite® workflow for scalable RF digital twin validation, AI/ML dataset generation, and realistic channel modeling across complex wireless environments.
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Webinars
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 transceivers, antennas, and objects within user-defined scenes, supporting applications ranging from terrestrial communication systems to lunar missions.
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Webinars
Learn about the next generation of Wireless InSite, featuring a robust mobility framework that accurately models the movement of transceivers and objects within a user-defined scene.
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