A generalized multi-wavelength propagation model for VLC indoor channels using Monte Carlo simulation

Abstract: 

In this paper, we introduce the Matrix‐MMC propagation model for indoor wireless optical channels. This proposed method is evolved from the modified Monte Carlo (MMC)–based ray tracing algorithm, but in addition to the properties of MMC, it has the capability of capturing reflection phenomena implying changes on wavelength (eg, fluorescence, phosphorescence, or iridescence) with a simplified analytical expression. The model provides unprecedented information about the mechanism of surface reflection in a visible light communication channel, which influences the propagation of the light waves, that depends on wavelength.


Publication type: 
JRC-SCI Magazine
Published in: 
TRANSACTIONS ON EMERGING TELECOMMUNICATIONS TECHNOLOGIES, Vol. 2, p.p.: 1-13
ISBN/ISSN: 
2161-3915
D.O.I.: 
10.1002/ett.3490
Publication date: 
February 2019
CeDInt Authors: 
Other Authors: 
M. Ramírez Aguilera, J. M. Luna-Rivera, V. Guerra, J. Rabadán, R. Pérez-Jiménez