Ultraviolet pulse broadening in non-line-of-sight communication system

Based on the single-scattering model of the Non-line-of-sight, we analyze the effect of geometric parameter of transceiver system on pulse broadening, such as receiver half-field-of-view, transceiver apex angle and so on. The simulation results show that decreasing the receiver half-field-of-view, transceiver apex angle, and choose short transceiver distance, oblique transceiver mode can reduce the pulse broadening, to improve the quality of the non-line-of-sight Ultraviolet scattering communication.