Mostrando 9 resultados de: 9
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Sensors(2)
2016 10th International Symposium on Communication Systems, Networks and Digital Signal Processing, CSNDSP 2016(1)
2020 12th International Symposium on Communication Systems, Networks and Digital Signal Processing, CSNDSP 2020(1)
AEU - International Journal of Electronics and Communications(1)
Applied Sciences (Switzerland)(1)
Bit error probability of VLC systems in underground mining channels with imperfect CSI
ArticleAbstract: Analytical expressions of the statistical distribution of the underground mining visible light commuPalabras claves:Bit Error Probability, channel state information, Least squares channel estimator, underground mining, Visible light communicationAutores:Azurdia-Meza C.A., Castillo-Soria F.R., Gutiérrez C.A., Iván Sánchez, Pablo Palacios Játiva, Seguel F., Zabala-Blanco D.Fuentes:scopusA hybrid VLC-RF portable phasor measurement unit for deep tunnels
ArticleAbstract: In this manuscript we propose a hybrid Visible Light Communication and Radio Frequency (VLC-RF) schePalabras claves:Deep tunnels, Global Positioning System, Location, Mining sites, Phasor measurement units, Synchrophasors, Visible light communicationAutores:Azurdia-Meza C.A., Krommenacker N., Massuyama G., Pablo Palacios Játiva, Rodrigues R.N., Seguel F., Soto I.Fuentes:scopusA novel frequency domain visible light communication (VLC) three-dimensional trilateration system for localization in underground mining
ArticleAbstract:Palabras claves:Light emitting diode, Photodetector, Source localization, underground mining, Visible light communicationAutores:Azurdia-Meza C.A., Charpentier P., Daniel Esteban Iturralde Piedra, Firoozabadi A.D., Krommenacker N., Seguel F., Soto I., Zabala-Blanco D.Fuentes:scopusAn Enhanced VLC Channel Model for Underground Mining Environments Considering a 3D Dust Particle Distribution Model
ArticleAbstract: Underground Mining (UM) is a hostile industry that generally requires a wireless communication systePalabras claves:Dust particle distribution modeling, scattering, Underground mining visible light communication (UM-VLC), VLC channel modelingAutores:Azurdia-Meza C.A., Firoozabadi A.D., Iván Sánchez, Pablo Palacios Játiva, Seguel F., Soto I., Zabala-Blanco D.Fuentes:scopusEmpirical Path Loss Distribution for Visible Light Communications in Underground Mines
Conference ObjectAbstract: Visible light communication (VLC) systems allow communication and lighting simultaneously. This advaPalabras claves:light propagation, path loss distribution, path loss modeling, underground mining (UM) communication, visible light communication (VLC)Autores:Azurdia C., Milton Román, Pablo Palacios Játiva, Seguel F., Soto I., Zabala-Blanco D.Fuentes:scopusEnhancement of the QoS in an OFDMA/VLC system
Conference ObjectAbstract: A resource allocation optimization for indoor Optical Wireless Communications is proposed. A smart cPalabras claves:Mixed Integer Optimization, Ofdma, Optical Wireless Communications, Ubiquitous ComputingAutores:Adasme P., Daniel Esteban Iturralde Piedra, Nunez B., Seguel F., Soto I.Fuentes:rraaescopusEvaluation of Intelligent Reflecting Surfaces for Diffuse Visible Light Communications Link
Conference ObjectAbstract: In this article we evaluate the impact of using intelligent reflecting surfaces in a diffuse visiblePalabras claves:diffuse link, Intelligent reflective surfaces, visible light communicationsAutores:Adasme P., Pablo Palacios Játiva, Seguel F.Fuentes:scopusInterference mitigation for visible light communications in underground mines using angle diversity receivers
ArticleAbstract: This paper proposes two solutions based on angle diversity receivers (ADRs) to mitigate inter-cell iPalabras claves:Angle diversity receiver, Inter-cell interference, Signal combining scheme, underground mining, Visible light communicationAutores:Azurdia-Meza C.A., Firoozabadi A.D., Milton Román-Cañizáres, Montejo-Sanchez S., Pablo Palacios Játiva, Seguel F., Soto I., Zabala-Blanco D.Fuentes:scopusPerformance analysis of IEEE 802.15.7-based visible light communication systems in underground mine environments
ArticleAbstract: Underground mining (UM) is an industry worldwide known for its hostile work environment; therefore,Palabras claves:Channel modeling, scattering, shadowing, underground mining, visible light communication (VLC)Autores:Azurdia-Meza C.A., Diego Fernando Carrera, Iván Sánchez, Milton Román-Cañizáres, Pablo Palacios Játiva, Seguel F., Zabala-Blanco D.Fuentes:scopus