Thesis MEDICIÓN Y ANÁLISIS DE DENSIDAD DE POTENCIA RADIADA WI-FI EN LUGARES DEL GRAN VALPARAÍSO
Date
2017
Authors
RIVERA BENOIS, ENZO ALEXIS
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Abstract
Ha habido una creciente preocupación a nivel global sobre la radiación electromagnética y el potencial peligro en la salud de las personas debido a la proliferación de Wi-Fi. Este trabajo, da cuenta sobre mediciones registradas de densidad de potencia radiada asociada a la tecnología Wi-Fi (bandas 2,4 y 5 [GHz]), realizadas en 7 lugares del Gran Valparaíso. El procedimiento de medición y metodología utilizados, se basan en las recomendaciones de la Comisión Internacional para la Protección contra las Radiaciones No-Ionizantes (ICNIRP), la Unión Internacional de Telecomunicaciones (ITU) y la normativa de la Subsecretaría de Telecomunicaciones (SubTel). Para tal propósito, se adapta un sistema de monitoreo de bajo costo (~USD 700) para realizar las mediciones para su posterior análisis. El número de muestras obtenidas, se encuentran entre 358.400 y 487.536, por lugar. Las gráficas estadísticas despliegan una distribución normal, con promedios generados y valores medios que exhiben una correlación cercana a 1. Del análisis de resultados se concluye que ninguna medición de potencia supera el límite estipulado por la normativa nacional; para zonas urbanas (100 [µW/cm2]) y zonas sensibles (10 [µW/cm2]), como colegios u hospitales.
There has been a growing global concern about Electromagnetic Radiation (EMR) and potential human health issues due to the proliferation of Wi-Fi. This project reports about the recorded power density radiation associated with Wi-Fi technology (2.4 and 5 [GHz] bands) measured on 7 locations in the Metropolitan Valparaíso, Chile. The measurement procedure and methodology used are based on the recommendations of the International Commission on Non-Ionizing Radiation Protection (ICNIRP), the International Telecommunication Union (ITU) and the Chilean Subsecretary of Telecommunications’ (SubTel) regulations. For that purpose, a low-cost (~USD 700) monitoring system is adapted to perform the measurements for further examination. The number of samples acquired range from 358,400 to 487,536 per location. The statistical analysis of the results display a normal distribution, with generated averages and median values that exhibit a correlation close to 1. The analysis also reveals that none of the results exceed the national stipulated maximum level for public spaces (100 [µW/cm2]) and for EMR restricted areas such as schools or hospitals (10 [µW/cm2]).
There has been a growing global concern about Electromagnetic Radiation (EMR) and potential human health issues due to the proliferation of Wi-Fi. This project reports about the recorded power density radiation associated with Wi-Fi technology (2.4 and 5 [GHz] bands) measured on 7 locations in the Metropolitan Valparaíso, Chile. The measurement procedure and methodology used are based on the recommendations of the International Commission on Non-Ionizing Radiation Protection (ICNIRP), the International Telecommunication Union (ITU) and the Chilean Subsecretary of Telecommunications’ (SubTel) regulations. For that purpose, a low-cost (~USD 700) monitoring system is adapted to perform the measurements for further examination. The number of samples acquired range from 358,400 to 487,536 per location. The statistical analysis of the results display a normal distribution, with generated averages and median values that exhibit a correlation close to 1. The analysis also reveals that none of the results exceed the national stipulated maximum level for public spaces (100 [µW/cm2]) and for EMR restricted areas such as schools or hospitals (10 [µW/cm2]).
Description
Catalogado desde la version PDF de la tesis.
Keywords
DENSIDAD DE POTENCIA , RADIACION ELECTROMAGNETICA , RADIACION NO-IONIZANTE ELECTROMAGNETICA , WI-FI
