Application Layer Proxy to Save Energy in Network Hosts - Design and Evaluation of New Methods That Utilize Improved Bloom Filters

von Jimeno, Miguel
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Jimeno, Miguel Application Layer Proxy to Save Energy in Network Hosts - Design and Evaluation of New Methods That Utilize Improved Bloom Filters
Jimeno, Miguel - Application Layer Proxy to Save Energy in Network Hosts - Design and Evaluation of New Methods That Utilize Improved Bloom Filters

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Beschreibung

Information Technology generates about 2% of the global CO2. Network hosts, most of which are idle most of the time, are maintained fully powered-on at all times only for the purpose of maintaining network presence. This book develops general requirements for proxying and is the first exploration of application-level proxying with the intention of saving energy by maintaining network presence. Proxying for TCP connections, SIP, and Gnutella P2P was investigated. Proxying for P2P lead to the exploration of space and time efficient data structures to reduce the computational requirements of keyword search in the proxy. The use of pre-computation and hierarchical structures for reducing the false positive rate of a Bloom filter was explored. Potential energy savings are shown to be in the hundreds of millions of dollars per year assuming a modest adoption rate of the methods investigated in this book. This book is for professionals in Computer Science looking for ways to design and implement ideas to save energy in computer networks.

Mitwirkende

Autor:
Jimeno, Miguel

Weitere Informationen

Biografie:
Miguel Jimeno is an assistant professor at Universidad del Norte, in Barranquilla, Colombia. He finished his Bachelor of Science at the same university, and his Master of Science and Ph.D. at University of South Florida, in USA. His research focuses on applications and policies to reduce energy consumption of hosts connected to the Internet.
Sprache:
Englisch
Seitenanzahl:
140
Medientyp:
Taschenbuch
Verlag:
LAP Lambert Academic Publishing

Stammdaten

Produkttyp:
Taschenbuch
Verpackungsabmessungen:
0.22 x 0.15 x 0.008 m; 0.254 kg
GTIN:
09783838385259
DUIN:
EO0H836J45N
CHF 62.05
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