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Telecommunications engineering / Wireless sensor network / Routing / Bloom filter / Sensor node / Support / Wireless networking / Technology / Computing


Self-Organization of Wireless Sensor Networks for Data-Centric Routing Using Bloom Filters by Peter Hebden
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Document Date: 2010-06-07 04:04:51

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File Size: 4,52 MB

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Company

Wireless Sensor Networks / P2P Systems / Scale Wireless Sensor Networks / Peter Hebden Wireless / Small-World Networks / /

Facility

The University of Melbourne Australia Abstract Self-Organization / Software Engineering The University of Melbourne Australia June / The University of Melbourne / Beacon Range / /

IndustryTerm

Web Proxies / energy efficient clusters / heterogeneous networks / Wireless Applications / Wireless Links / sensor networks / possible using comparable protocols / homogeneous networks / Wireless Energy Constraints / Wireless Communication / energy efficient protocols / sensor network / energy / /

Organization

Australian Government / University of Melbourne / Organization of the Thesis / Organization of Wireless Sensor Networks for Data-Centric Routing Using Bloom Filters / Philosophy Department of Computer Science / Self Organization / /

Person

Lars Kulik / Raj Buyya / Adrian Pearce / Chris Leckie / /

Position

Associate Professor / /

RadioStation

Work 125 / /

Technology

MD5 Algorithm / Simulation / 2.4 DAC Clustering Protocol / possible using comparable protocols / 5.4 Related Clustering Protocols / Peer-to-Peer / Micro-Electro-Mechanical Systems Technology / /

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