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Avances en aplicaciones electromagnéticas y comunicaciones

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Avances en aplicaciones electromagnéticas y comunicaciones
Date
2018-09-14
Author
Reyes-Vera, Erick
Senior, David E.
Luna-Rivera, José Martín
López-Giraldo, Francisco Eugenio
Publisher
Instituto Tecnológico Metropolitano (ITM)

Citation

       
TY - GEN T1 - Avances en aplicaciones electromagnéticas y comunicaciones AU - Reyes-Vera, Erick AU - Senior, David E. AU - Luna-Rivera, José Martín AU - López-Giraldo, Francisco Eugenio Y1 - 2018-09-14 UR - http://hdl.handle.net/20.500.12622/1071 AB - Modern communication systems have traditionally exploited three parts of the electromagnetic spectrum: radio waves region, infrared region and visible region, where the evolution in these ranges is always accompanied by the appropriation of new electromagnetic phenomena to build devices with better characteristics. In these three regions great advances have been conducted in recent years. For this reason, in this issue, we call for papers concerning to the major challenges that these technologies may face in the coming years.  ER - @misc{20.500.12622_1071, author = {Reyes-Vera Erick and Senior David E. and Luna-Rivera José Martín and López-Giraldo Francisco Eugenio}, title = {Avances en aplicaciones electromagnéticas y comunicaciones}, year = {2018-09-14}, abstract = {Modern communication systems have traditionally exploited three parts of the electromagnetic spectrum: radio waves region, infrared region and visible region, where the evolution in these ranges is always accompanied by the appropriation of new electromagnetic phenomena to build devices with better characteristics. In these three regions great advances have been conducted in recent years. For this reason, in this issue, we call for papers concerning to the major challenges that these technologies may face in the coming years. }, url = {http://hdl.handle.net/20.500.12622/1071} }RT Generic T1 Avances en aplicaciones electromagnéticas y comunicaciones A1 Reyes-Vera, Erick A1 Senior, David E. A1 Luna-Rivera, José Martín A1 López-Giraldo, Francisco Eugenio YR 2018-09-14 LK http://hdl.handle.net/20.500.12622/1071 AB Modern communication systems have traditionally exploited three parts of the electromagnetic spectrum: radio waves region, infrared region and visible region, where the evolution in these ranges is always accompanied by the appropriation of new electromagnetic phenomena to build devices with better characteristics. In these three regions great advances have been conducted in recent years. For this reason, in this issue, we call for papers concerning to the major challenges that these technologies may face in the coming years.  OL Spanish (121)
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Abstract
Modern communication systems have traditionally exploited three parts of the electromagnetic spectrum: radio waves region, infrared region and visible region, where the evolution in these ranges is always accompanied by the appropriation of new electromagnetic phenomena to build devices with better characteristics. In these three regions great advances have been conducted in recent years. For this reason, in this issue, we call for papers concerning to the major challenges that these technologies may face in the coming years. 
Abstract
Modern communication systems have traditionally exploited three parts of the electromagnetic spectrum: radio waves region, infrared region and visible region, where the evolution in these ranges is always accompanied by the appropriation of new electromagnetic phenomena to build devices with better characteristics. In these three regions great advances have been conducted in recent years. For this reason, in this issue, we call for papers concerning to the major challenges that these technologies may face in the coming years. 
Palabras clave
Sistemas de conmutación electrónica; Comunicación inalámbrica; Redes de Sensores; Comunicación por fibra óptica; Comunicación óptica de espacio libre
keywords
Electronic switching systems; Wireless communication; Wireless sensor networks; Optical fiber communication; Free-space optical communication
URI
http://hdl.handle.net/20.500.12622/1071
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  • Vol. 21 Núm. 43 (2018) [11]

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