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MNH-WSN (Mobile Node Based Handoff for Wireless Sensor Network) [recurso electrónico] / Kedir Mamo Besher ; dirigida por Juan Iván Nieto Hipólito

Por: Mamo Besher, Kedir.
Colaborador(es): Nieto Hipólito, Juan Iván.
Tipo de material: materialTypeLabelLibroEditor: Ensenada, Baja California, 2017Descripción: 1 recurso en línea ix, 86 p. : il.Tema(s): Ingeniería -- Tesis y disertaciones académicas | Sistemas moviles de comunicación -- Innovaciones tecnológicasRecursos en línea: Tesis Digital. Nota de disertación: Tesis (Maestría)--Universidad Autónoma de Baja California. Facultad de Ingeniería, Arquitectura y Diseño, Ensenada, 2017 Resumen: Abstract— this document analyzes and implement a MAC layer handoff mechanism for WSN by introduce effective algorithm for reducing handoff time. By managing handoff from Mobile node (MN) side. At the end of the thesis it will show how, with this approach, it is possible to reduce mobile node handoff delay effectively. Every result shown in the analysis is done both in simulation and real-time implementation of algorithm. A result shows that, the total handoff delay time is the effective time duration achieved in handoff handling of mobile sensors. Physical environment test is done for sensor applications working in hospital and home, considering that sensors in such environment are used for very sensitive data communication, that’s why it’s very important to analyze the algorithm both in real environment and simulation. That’s what is done.
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Tesis Biblioteca Central Ensenada
Colección de Tesis TK103.2 M35 2017 (Navegar estantería) 1 Disponible ENS087227

Tesis (Maestría)--Universidad Autónoma de Baja California. Facultad de Ingeniería, Arquitectura y Diseño, Ensenada, 2017

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Abstract— this document analyzes and implement a MAC layer handoff mechanism for WSN by introduce effective algorithm for reducing handoff time. By managing handoff from Mobile node (MN) side. At the end of the thesis it will show how, with this approach, it is possible to reduce mobile node handoff delay effectively. Every result shown in the analysis is done both in simulation and real-time implementation of algorithm. A result shows that, the total handoff delay time is the effective time duration achieved in handoff handling of mobile sensors. Physical environment test is done for sensor applications working in hospital and home, considering that sensors in such environment are used for very sensitive data communication, that’s why it’s very important to analyze the algorithm both in real environment and simulation. That’s what is done.

Con tecnología Koha

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