Mostrando 7 resultados de: 7
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2023 South American Conference on Visible Light Communications Sacvlc 2023(2)
2022 IEEE Latin American Conference on Communications Latincom 2022(1)
2022 IEEE Latin-American Conference on Communications, LATINCOM 2022(1)
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scopus(7)
A General MIMO VLC Channel Model for Underground Mining Environments
Conference ObjectAbstract: Underground Mining (UM) is a harsh environment that involves multiple threats to worker safety and nPalabras claves:channel impulse response, Channel modeling, multiple-input multiple-output (MIMO), underground mining (UM), visible light communication (VLC)Autores:Ijaz M., Meza C.A.A., Pablo Palacios Játiva, Solis J., Soto I., Zabala-Blanco D.Fuentes:scopusA VLC channel model for underground mining environments with scattering and shadowing
ArticleAbstract: Underground mining is an industry that preserves the miners' safety and efficiency in their work usiPalabras claves:channel impulse response, Channel modeling, scattering, shadowing, underground mining, Visible light communicationAutores:Azurdia-Meza C.A., Firoozabadi A.D., Gutiérrez C.A., Iván Sánchez, 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:scopusExperimental Study of Visible Light Communication Links with a Strong Line of Sight Component
OtherAbstract: The importance of studying visible light communications (VLC) systems is present today and growing ePalabras claves:Channel modeling, experimental measurements, Optical wireless communications (OWC), Signal-to-Noise Ratio (SNR), Visible light communications (VLC)Autores:Fredes C., Meza C.A.A., Pablo Palacios Játiva, Soto I., Vincko Fabres Avalos, Zabala-Blanco D.Fuentes:scopusOn the Path Loss Performance of Underwater Visible Light Communication Schemes Evaluated in Several Water Environments
OtherAbstract: This paper presents an in-depth study into the necessity of efficient communication systems in underPalabras claves:Channel modeling, Monte Carlo numerical simulation (MCNS), Path loss, underwater visible light communications (UVLC)Autores:Azurdia-Meza C.A., Diego Dujovne, Firoozabadi A.D., Lucas Almonacid, Miguel Gutiérrez Gaitán, Pablo Palacios Játiva, Soto I.Fuentes:scopusStatistical Modeling of Wall Roughness and Its Influence on NLOS VLC Channels in Underground Mining
ArticleAbstract: This study investigates the impact of wall roughness on the performance of the Non-Line-of-Sight (NLPalabras claves:Channel modeling, reflections channel components, underground mining, Underground mining visible light communication (UM-VLC), visible light communication (VLC)Autores:Azurdia-Meza C.A., Iván Sánchez, Pablo Palacios Játiva, Sebastian CornejoFuentes:scopusOn the Performance of Visible Light Communications in Underground Mines
Conference ObjectAbstract: Underground mining is an industry worldwide known for its hostile work environment; therefore, a proPalabras claves:Channel modeling, scattering, shadowing, underground mining, Visible light communicationAutores:Azurdia-Meza C.A., Daniel Esteban Iturralde Piedra, Iván Sánchez, Milton Román-Cañizáres, Pablo Palacios JátivaFuentes:scopus