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Generically Dependent Continuant
In this paper we present a compact and efficient method for the calculation of the channel response over indoor wireless optical channel for multi-wavelength signals. It is based on the Modified Montecarlo Algorithm but allows not only processing composed signals as used in VLC transmission with white or RGB LED emitters, but also modeling reflections where wavelength components of the incoming signals are modified, as could be the case of phosphor materials or wavelength-dependent reflecting surfaces. It also allows modeling not only lambertian reflections but also non-lambertian, quasi-specular surface, as could be plastic or metallic furniture. The algorithm uses a wavelength transformation matrix that can be defined for each reflecting material, and even for each incidence angle. © 2016 IEEE.
channel modeling; Montecarlo Ray Tracing; Visible Light Communications Digital signal processing; Linear transformations; Ray tracing; Channel model; Lambertian reflection; Monte carlo algorithms; Monte-Carlo ray tracing; Phosphor materials; Reflecting surface; Transformation matrices; Wireless optical channels; Visible light communication
Multi-wavelength modelling for VLC indoor channels using Montecarlo simulation
RDF description of Multi-wavelength modelling for VLC indoor channels using Montecarlo simulation - http://orbis.uaslp.mx/vivo/individual/scopus7735
2016 10th International Symposium on Communication Systems, Networks and Digital Signal Processing, CSNDSP 2016
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