
El Centro Nacional de Alerta de Tsunamis, ubicado en la Dirección de Hidrografía y Navegación cuenta con diversos equipos y sistemas de comunicación cuya finalidad es la detección, vigilancia y monitoreo de tsunamis que ocurren frente a nuestras costas. Sin embargo, una de las principales deficiencias en nuestro Centro de Alerta es no contar con un sistema de detección rápida de tsunamis de origen cercano que permita disminuir el tiempo de emisión de la alerta de tsunami y su respectiva cancelación. Para mejorar esta falencia, se investigaron nuevas tecnologías en cuanto a la detección de tsunamis. Es por ello que en el presente proyecto de investigación se realizó un contraste entre los sistemas más actuales en el mundo: el sistema de boyas detectoras de tsunamis (tipo DART)y el sistema de cables submarinos (DONETy NEPTUNE)con el fin de determinar el mejor sistema de detección rápida de tsunamis a ser implementado en el Perú para fortalecer el Sistema Nacional de Alerta de Tsunamis.
The National Tsunami Warning Center, located in the Directorate of Hydrography and Navigation counts with several equipments and communication systems whose purpose is the detection, vigilance and monitoring of tsunamis in front of our coasts. However, a major shortcoming in our Alert Center is not having an early detection system of near tsunamis in order to reduce the time of emission of the tsunami alert and its cancellation. To improve this shortcoming, I investigated new technologies for tsunami‟s detection. For that reason in this research project I have done a contrast between the current systems in the world: Tsunami‟s buoy system (DART) and the submarine cable system (DONET and NEPTUNE) in order to determine the best system for detection of tsunamis to be implemented in Peru in order to strengthen the National Tsunami Warning Center.
Unpublished
Tsunami prediction
Tsunami prediction
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