(Enter summary)
Abstract: : Conventional routers are unable to scale to accommodate the explosive growth of the
Internet traffic due to their architectural constraints. Their architecture does not allow for scalability
by the addition of more processing nodes or faster bus technology. There has been an
emergence of very high speed, economical and scalable SAN/LAN interconnects providing bandwidths
of gigabits per second. Design of an IP router composed of off-the-shelf processors interconnected
by such SAN/LAN... (Update)
Context of citations to this paper: More
.... switching techniques but can be used in conjunction with System Area Networks (SAN) 16] 6] to provide a scalable high throughput router [33]. 2.1 Switching Techniques IP Switching 1 [20] 21] was one of the first switching techniques. It dynamically chooses between IP routing...
.... h speed LANs and SANs (i.e. Autonet [1] Myrinet [2] and Servernet [3] andh as been proposed as th e internal fabric of switch es [4,5]. Th e latter is interesting forhk h ly scalable switch es. One could consider using a k ary n cube [6] as th internal topologywhz building...
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Implementation and Evaluation of a QoS-Capable Cluster-Based.. - Pradhan, Chiueh (2002)
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Deadlock Avoidance for Wormhole Based Switches - Theiss, Lysne (2000)
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Parallel Routing Table Computation for Scalable IP Routers - Xipeng Xiao Lionel
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Active bibliography (related documents): More All
0.8: Virtual Network Ports: An Inter-network Switching Framework - Vuppala, Ni (1999)
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0.2: An Overview Of Future Routing Technologies - Smith
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0.2: A Study of Bandwidth Allocation Mechanisms . . . - Zhang
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0.2: Gigabit IP Routing on Raw - Chuvpilo, Wentzlaff, Amarasinghe (2002)
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0.0: Design Patterns vs. Language Design - Gil, Lorenz (1998)
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0.0: Navigating Large Networks with Hierarchies - Eick, Wills (1993)
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4: High Performance IP Routing Table Lookup using CPU Caching
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4: Making Paths Explicit in the Scout Operating System
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3: OSPF Version 2 (context) - Moy - 1994
BibTeX entry: (Update)
V. Vuppala, L. M. Ni; "Design of A Scalable IP Router"; Proc. IEEE Hot Interconnects 1997. http://citeseer.ist.psu.edu/vuppala97design.html More
@misc{ vuppala97design,
author = "V. Vuppala and L. Ni",
title = "Design of A Scalable IP Router",
text = "V. Vuppala, L. M. Ni; Design of A Scalable IP Router; Proc. IEEE Hot Interconnects
1997.",
year = "1997",
url = "citeseer.ist.psu.edu/vuppala97design.html" }
Citations (may not include all citations):
111
Myrinet -- A Gigabit-persecond Local-area Network (context) - Boden - 1995
41
Flow Labelled IP: A connectionless approach to ATM
- Newman - 1996 DBLP
34
IP Switching and Gigabit Routers
- Newman - 1997
8
Toshiba's Router Architecture Extension for ATM : Overview (context) - Katsube - 2098
5
Pluris Massively Parallel Routing (context) - Inc
4
Scaling the Internet with Tag Switching (context) - Systems
4
GRF IP Switch (context) - Inc
1
Performance Modeling of ServerNet Topologies (context) - Horst - 1996
1
Benchmarking Terminology (context) - Bradner
1
Benchmarking Methodology (context) - Bradner, McQuaid - 1944
Documents on the same site (http://mcast.cps.msu.edu/ni/publicat.htm): More
Virtual Network Ports: An Inter-network Switching Framework - Vuppala, Ni (1999)
(Correct)
Adaptive-Trail Routing and Performance Evaluation in.. - Qiao, Ni, Rokicki (1999)
(Correct)
A Comprehensive Comparison of IP Switching and Tag Switching - Xiao, al. (1997)
(Correct)
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