Metodología de Gestión Pública Local Para Agilizar el Despliegue de Antenas de Telecomunicaciones Tipo Small Cell. Caso de Análisis Municipalidad de San Miguel en Buenos Aires, Argentina.
Date
2023-10-03
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Escuela de Posgrado . Facultad Regional Buenos Aires
Abstract
Mediante esta tesis, se desarrolla una herramienta de planificación territorial del despliegue de infraestructura de telecomunicaciones, específicamente antenas tipo Small Cells, fundamentales para 5G y consecuentemente con la recuperación económica tras el COVID-19, donde a través de un tablero de control georreferenciado y con base en los determinantes de planificación urbana y redes de infraestructura propios de cada municipio, se calcula la ubicación aproximada de sitios donde deberían desplegarse Small Cells por defecto en el mobiliario urbano, con la finalidad de reemplazar los largos procesos que tradicionalmente han tenido que hacer los operadores para obtener permisos de construcción y licencias de las autoridades locales, idealmente, los operadores no deberían tramitar tantos permisos ante autoridades locales para instalar small cells. Se ofrece esta alternativa innovadora con el fin de: i) Optimizar la gestión pública facilitando el trabajo de las autoridades de planeación locales y reduciendo el número de interacciones; ii) Incentivar la inversión en infraestructura, la competencia entre operadores, maximizar el bienestar social y reducir la brecha digital; iii) Aplicar innovación en la planificación urbana, con el fin de propiciar el surgimiento de Smart Cities en Latinoamérica. La herramienta es replicable a cualquier municipio, para esta tesis se selecciona como caso de análisis la municipalidad de San Miguel en Buenos Aires, Argentina
Palabras Clave: Infraestructura de Telecomunicaciones, Antenas Small Cell, Planificación Urbana, Sistemas de Información Geográfica, Ecosistema Govtech, Brecha Digital.
Through this thesis, a territorial planning tool is developed for the deployment of telecommunications infrastructure, specifically antennas Small cells-type, fundamental for 5G and consequently with the economic recovery after COVID-19. Via a georeferenced control panel, the approximate location of sites where Small Cells should be deployed by default in urban furniture is calculated, based on the determinants of urban planning and infrastructure networks of each municipality, with the purpose of replacing the long processes operators have had traditionally to do in order to obtain construction permits and licenses from local authorities. Ideally operators should not apply for too many permissions from local authorities to install Small cells. I want to offer this innovative govtech alternative in order to: i) Optimize public management by facilitating the work of local planning authorities and reducing the number of interactions; ii) Encourage investment in infrastructure, competition between operators, maximize social welfare and reduce the digital divide; iii) Implement innovation in planning, in order to promote the emergence of Smart Cities in Latin America. The tool is replicable to any municipality. For this thesis, the municipality of San Miguel in Buenos Aires, Argentina is selected as case of analysis. Key words: Telecommunications Infrastructure, Small Cell Antennas, Planning, Geographic Information Systems, Govtech Ecosystem, Digital Divide .
Through this thesis, a territorial planning tool is developed for the deployment of telecommunications infrastructure, specifically antennas Small cells-type, fundamental for 5G and consequently with the economic recovery after COVID-19. Via a georeferenced control panel, the approximate location of sites where Small Cells should be deployed by default in urban furniture is calculated, based on the determinants of urban planning and infrastructure networks of each municipality, with the purpose of replacing the long processes operators have had traditionally to do in order to obtain construction permits and licenses from local authorities. Ideally operators should not apply for too many permissions from local authorities to install Small cells. I want to offer this innovative govtech alternative in order to: i) Optimize public management by facilitating the work of local planning authorities and reducing the number of interactions; ii) Encourage investment in infrastructure, competition between operators, maximize social welfare and reduce the digital divide; iii) Implement innovation in planning, in order to promote the emergence of Smart Cities in Latin America. The tool is replicable to any municipality. For this thesis, the municipality of San Miguel in Buenos Aires, Argentina is selected as case of analysis. Key words: Telecommunications Infrastructure, Small Cell Antennas, Planning, Geographic Information Systems, Govtech Ecosystem, Digital Divide .
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Keywords
Infraestructura de telecomunicaciones., Antenas small cell., Planificación urbana., Sistemas de información geográfica., Ecosistema govtech., Brecha digital.
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