Name: Inductively Coupled Microsensor Networks: Relay Enabled Cooperative Communication and Localization (Wireless Communications) (en Inglés)
SKU: 62068644
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Author: Eric Nathan Slottke

portada Inductively Coupled Microsensor Networks: Relay Enabled Cooperative Communication and Localization (Wireless Communications) (en Inglés)

Inductively Coupled Microsensor Networks: Relay Enabled Cooperative Communication and Localization (Wireless Communications) (en Inglés)

Formato

Libro Físico

Editorial

Logos Verlag Berlin

Autor

Eric Nathan Slottke

Idioma

Inglés

N° páginas

234

Encuadernación

Tapa Blanda

ISBN13

9783832544386

Inductively Coupled Microsensor Networks: Relay Enabled Cooperative Communication and Localization (Wireless Communications) (en Inglés)

Eric Nathan Slottke (Autor) · Logos Verlag Berlin · Tapa Blanda

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Reseña del libro "Inductively Coupled Microsensor Networks: Relay Enabled Cooperative Communication and Localization (Wireless Communications) (en Inglés)"

In this thesis, we study a novel paradigm for wireless sensor networks: we envision a dense microsensor network, consisting of hundreds or thousands of highly miniaturized wireless nodes with millimeter or sub-millimeter dimensions. Such a microsensor network has many interesting applications ranging from in vivo medical sensing to environmental monitoring. However, the design and operation of the envisioned type of network are challenging: the large number of nodes, in combination with the small form factor, imposes severe constraints on both node complexity as well as power consumption. We propose using inductive near-field coupling as advantageous physical layer choice, allowing an RFID-like operation of the network with wireless power supply from central reader devices and low-complexity tag design. Our primary goals for inductively coupled microsensors are twofold: we want to enable reliable communication to and between sensor nodes, and perform accurate localization of individual sensors. Both tasks are affected by the central limitation of a physical layer based on near-field coupling: the severely limited range of interaction. We will show throughout this thesis that the use of wireless relaying allows for overcoming this limitation.