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Casique, P., (2023). Diseño e implementación de un detector de sismo [Universidad de Ciencias y Humanidades (UCH)]. http://hdl.handle.net/20.500.12872/893
Casique, P., Diseño e implementación de un detector de sismo []. PE: Universidad de Ciencias y Humanidades (UCH); 2023. http://hdl.handle.net/20.500.12872/893
@misc{renati/689772,
title = "Diseño e implementación de un detector de sismo",
author = "Casique Bojorquez, Pedro Segundo",
publisher = "Universidad de Ciencias y Humanidades (UCH)",
year = "2023"
}
Title: Diseño e implementación de un detector de sismo
Authors(s): Casique Bojorquez, Pedro Segundo
Advisor(s): Zamora Villaorduña, Eduardo Manuel
Keywords: Sismos; Alerta temprana; Arduino Nano; Redes WIFI; SMS; Earthquakes; Early Warning; Arduino; WIFI Networks
OCDE field: http://purl.org/pe-repo/ocde/ford#2.02.01; http://purl.org/pe-repo/ocde/ford#2.02.04; http://purl.org/pe-repo/ocde/ford#2.02.05
Issue Date: 2023
Institution: Universidad de Ciencias y Humanidades (UCH)
Abstract: El Perú geográficamente está ubicado en el océano pacifico, donde la placa de Nazca choca frontalmente con la placa Sudamérica. En la actualidad es una preocupación muy latente para la población por los constantes movimientos sísmicos, se tiene como ejemplo el terremoto ocurrido en Yungay (1970) y el terremoto que sucedió en Ica (2007). Estos eventos naturales no se pueden predecir, pero con la ayuda de la electrónica, informática e internet de las cosas podemos saber de estos eventos en segundos antes de suceso y salvar vidas humanas. El presente trabajo de investigación propone la construcción de DISEÑO E IMPLEMENTACION DE UN DETECTOR DE SISMO, este sistema
alerta a la población segundos antes de ocurrir el evento sísmico. El sistema propuesto estará formado por sensores de movimientos sísmicos del tipo Banda Ancha, los sensores detectan las onda tipo P e inmediatamente trasmiten los datos a un centro de alerta de sismos donde será analizado para determinar si se manda la alerta temprana, para la programación se hizo uso de Arduino Nano, lenguaje de programación C, el cual controlará la emisión de una alerta temprana mediante un mensaje de texto al celular móvil para alertar a la población andina de la Provincia Asunción Chacas sobre el sismo y se ubiquen en zonas seguras, también se activaran bocinas de alarma. De esta manera se estará minimizando el impacto en los daños que se pueda ocasionar y salvar vidas Humanas.
Perú is geographically located in the Pacific Ocean, where the Nazca plate collides frontally with the South American plate, which makes a highly seismic country. At present, it is a very latent concern for the population due to the constant seismic movements, as an example of an earthquake, the one that occurred in Yungay (1970) and the one that happened in Ica (2007). These natural events cannot be predicted, but with the help of electronics, computing and the Internet of Things we can know about these events seconds before they happen and save human lives. The present research work proposes the construction of DESIGN AND IMPLEMENTATION OF AN EARTHQUAKE DETECTOR, this system alerts the population seconds before the seismic event occurs. The proposed system will be made up of Broadband type seismic movement sensors, the sensors detect type P waves and immediately transmit the data to an earthquake warning center where it will be analyzed to determine if the early warning is sent, for programming made use of Arduino Nano, C programming language, which will control the issuance of an early warning through a text message to the mobile cell phone to alert the Andean population of the Asunción Chacas Province about the earthquake and to locate themselves in safe areas, as well alarm horns will be activated. In this way, the impact on the damage that may be caused will be minimized and human lives saved.
Perú is geographically located in the Pacific Ocean, where the Nazca plate collides frontally with the South American plate, which makes a highly seismic country. At present, it is a very latent concern for the population due to the constant seismic movements, as an example of an earthquake, the one that occurred in Yungay (1970) and the one that happened in Ica (2007). These natural events cannot be predicted, but with the help of electronics, computing and the Internet of Things we can know about these events seconds before they happen and save human lives. The present research work proposes the construction of DESIGN AND IMPLEMENTATION OF AN EARTHQUAKE DETECTOR, this system alerts the population seconds before the seismic event occurs. The proposed system will be made up of Broadband type seismic movement sensors, the sensors detect type P waves and immediately transmit the data to an earthquake warning center where it will be analyzed to determine if the early warning is sent, for programming made use of Arduino Nano, C programming language, which will control the issuance of an early warning through a text message to the mobile cell phone to alert the Andean population of the Asunción Chacas Province about the earthquake and to locate themselves in safe areas, as well alarm horns will be activated. In this way, the impact on the damage that may be caused will be minimized and human lives saved.
Link to repository: http://hdl.handle.net/20.500.12872/893
Discipline: Ingeniería Electrónica con Mención en Telecomunicaciones
Grade or title grantor: Universidad de Ciencias y Humanidades. Facultad de Ciencias e Ingeniería
Grade or title: Ingeniero Electrónico con Mención en Telecomunicaciones
Juror: Lobato Hoyos, Luis; Cano Tejada, Julio José; Espinoza Araujo, Victor José Antonio
Register date: 6-May-2024
This item is licensed under a Creative Commons License