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Computing / Computer networking / Routing / Border Gateway Protocol / Route flapping / Convergence / Link-state routing protocol / Exponential decay / Topology / Network architecture / Routing protocols / Internet


Document Date: 2004-01-07 23:53:21

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City

Pittsburgh / /

Company

Autonomous Systems / X5 / Computer-Communication Networks / Cisco / /

Country

United States / /

Currency

USD / /

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Event

Product Recall / Product Issues / /

Facility

Pyramid Having / /

IndustryTerm

increased message processing load / variable message processing / route processing model / border gateway protocol / message processing delay / Internet inter-domain routing system / Internet routing system / Internet Routing Convergence Zhuoqing Morley Mao Ramesh Govindan George Varghese UC Berkeley zmao@cs.berkeley.edu ICSI ramesh@icsi.berkeley.edu UC San Diego varghese@cs.ucsd.edu Randy H. Katz UC Berkeley / interdomain routing protocol / possible solution / message processing order / message processing / route flap damping algorithm / router processing times / route processor / route processors / overall infrastructure / intra-domain routing protocols / /

Organization

UC Berkeley / /

Person

Randy H. Katz / Geoff Huston / Ramesh Govindan George Varghese / /

Position

Protocols General / BGP speaker / /

Product

Triggered Suppression To / results / nodes / rate-limiting / practice.7 / impact / N/A / real topology fragment / RFD parameter / route / invalid alternate paths / ratelimiting / SSFNet / /

ProvinceOrState

Pennsylvania / /

Technology

BGP-speaking router / border gateway protocol / BGP router / route processor / Juniper routers / route processors / intra-domain routing protocols / Java / route flap damping algorithm / simulation / interdomain routing protocol / Network Protocols / /

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