Portable Device-Centric Human Postures for Modeling Reliable THz Channels

Specifically, the neck, trunk, and forearm angles were varied in steps of 10° up to a maximum deviation of 30° from the respective reference values. These posture variations were then incorporated into 300 GHz ray-tracing simulations, considering blockage effects and reflections up to the third order. The dataset therefore contains posture-dependent simulation results that show how changes in sitting posture affect line-of-sight conditions, reflected propagation contributions, and the resulting fluctuations in channel capacity.

The resulting data show how posture-dependent body blockage and multipath propagation influence the simulated THz channel, leading to significant fluctuations in channel capacity. The corresponding simulation outputs include the received power [dBm] and the channel capacity [Gbit/s].