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In [[computer science]], '''Decentralized Object Location and Routing''' (DOLR) is a [[scalable]], ___location-independent routing technology <ref name='ravenben'>[http://www.cs.ucsb.edu/~ravenben/publications/dissertation/ Decentralized Object Location and Routing: A New Networking Paradigm], Ben Yanbin Zhao, [[University of California, Berkeley|UCB]], 2004, retrieved 2007-Apr-22</ref>. It uses ___location-independent names, or [[aliases]], for each node in the network, and it is an example of [[peer-to-peer]] networking that uses a structured-overlay system called [[Tapestry (DHT)|Tapestry]]<ref name='ravenben'/>. It was designed to facilitate large internet applications with millions of users physically distributed around the globe and using a variety of wireless and wired interfaces, specifically in situations where a traditional unstructured network of popular [[Domain name system]] servers would fail to perform well<ref name='ravenben'/>. ▼
 
▲In [[computer science]], '''Decentralizeddecentralized Objectobject Location___location and Routingrouting''' ('''DOLR''') is a [[scalable]], ___location-independent routing technology .<ref name='ravenben'>[http://www.cs.ucsb.edu/~ravenben/publications/dissertation/ Decentralized Object Location and Routing: A New Networking Paradigm], Ben Yanbin Zhao, [[University of California, Berkeley|UCB]], 2004, retrieved 2007-Apr-22</ref>. It uses ___location-independent names, or [[aliases]], for each node in the network, and it is an example of [[peer-to-peer]] networking that uses a structured-overlay system called [[Tapestry (DHT)|Tapestry]].<ref name='ravenben'/>. It was designed to facilitate large internet applications with millions of users physically distributed around the globe and using a variety of wireless and wired interfaces, specifically in situations where a traditional unstructured network of popular [[Domain nameName systemSystem]] servers would fail to perform well.<ref name='ravenben'/>.
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==References==
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[[Category:Routing]]
 
 
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