| Pluris Inc, "Pluris Massively Parallel Routing", White Paper, http://www.pluris.com |
....architecture and in the complexity of IP routing. IP switching [3] 8] Tag switching [4] and Cell Switch Router (CSR) 9] attempt to solve the latter, i.e. the complexity of IP routing, by routing packets at layer 2. Multigi gabit routers such as Pluris Inc s Massively Parallel Router (MPR) [5] and Ascend Inc s GRF IP Switch [10] are some of the solution to the architectural issues. IP switching dynamically chooses between IP routing and ATM switching, depending on the characteristics of the network traffic. It identifies a flow in IP traffic and assigns it a virtual circuit in the ATM ....
....routing table entries at that tag switch. IP switching and Tag switching do not completely eliminate the need for IP routing. With both the approaches, certain nodes will always be heavily dependent on the IP layer. Tag switches with aggregate routes [4] and IP switches on the Internet backbone [5] are some such examples. A MPR router is composed of a large number of single board processing nodes and a proprietary SelfHealing Butterfly interconnect. The processing nodes share the routing load and each has a copy of the forwarding table. A set of processing nodes may be connected to the ....
Pluris Inc, "Pluris Massively Parallel Routing", White Paper, http://www.pluris.com
....plaNET was one of the first gigabit switches and supported a number of routing schemes [22] Recently there have been a number of commercial implementations. Ascend s GRF IP Switch, Cisco s GSR [11] BBN s Multi Gigabit Router [23] Torrent s IP9000 [30] and Pluris Massively Parallel Router [25] are some such examples. 2.3 Fast Lookup Methods Classless Inter Domain Routing [14] was introduced in the early 1990s to curtail the growth of routing table entries. It required the longest prefix match of routing table entries to determine the next hop. This has turned out be the most compute ....
Pluris Inc, "Pluris Massively Parallel Routing", White Paper, http://www.pluris.com
....on a DMM model. Further relevant applications of the granularity problem concern the design of parallel systems for Private Information Retrieval (PIR) on public accessible databases [Chor et al. 97, Chor et al. 95, Gertner et al. 98] parallel routing table computations [Konstantinidou et al. 90, Pluris 98, WPluris 98] for IP lookup, and matrix represen2 tations in parallel image processing (skewing schemes) Liu et al. 92, Frailong et al. 85] Let T be the table of the binary data to be shared and r (1 r p) be the number of parallel read requests to be satisfied. The performance analysis of any ....
....model. Further relevant applications of the granularity problem concern the design of parallel systems for Private Information Retrieval (PIR) on public accessible databases [Chor et al. 97, Chor et al. 95, Gertner et al. 98] parallel routing table computations [Konstantinidou et al. 90, Pluris 98, WPluris 98] for IP lookup, and matrix represen2 tations in parallel image processing (skewing schemes) Liu et al. 92, Frailong et al. 85] Let T be the table of the binary data to be shared and r (1 r p) be the number of parallel read requests to be satisfied. The performance analysis of any solution of ....
Pluris Inc. (1998), Pluris Massively Parallel Routing. Technical Report available at www.pluris.com/wp/index.html.
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Pluris Inc, "Pluris Massively Parallel Routing", White Paper, http://www.pluris.com
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Pluris Inc, "Pluris Massively Parallel Routing", White Paper, http://www.pluris.com
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