| Document Date: 2001-10-30 13:50:22
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City Quebec City / Austin / Cambridge / Los Angeles / London / / Company Prentice-Hall / ACM Computing Computer Networks / / Country Italy / United States / / Currency pence / USD / / Event FDA Phase / / Facility Institute of Technology / / IndustryTerm causal chain / real applications / token passing protocol / slowest twonode protocol / window protocol / self-stabilizing protocols / abstract protocol / bounded integer sliding window protocol / stop-and-wait protocols / update protocol / cause systems / window protocols / broadcast protocol / self-stabilizing protocol / atm networks / mbitrary asynchronous protocol / checkable protocol / 1P routers / communication protocols / message-passing systems / 1P networks / network control protocols / flow control protocol / oneto-many sliding window protocol / oneto-many protocol / generalized sliding window protocols / sliding window protocol / / Organization MIT / Univ. of Texas / Institute of Technology / / Person Nancy A. Lynch / Mark R. Tuttle / Max Width / Max Wzdth / / / Position leader / the leader / head / author / leader / forward / / Product GM90 / Tan81 / KBC94 / F1OWControl / Figure / Tan8 / / ProgrammingLanguage R / L / / ProvinceOrState Texas / New Jersey / / Technology self-stabilizing protocol / Adam / LAN / Credit update protocol / 1P routers / sms / two-node protocols / network control protocols / Prwious Work Self-stabilizing protocols / one-tomany protocol / Stabilizing communication protocols / message-passing protocols / ATM / Thus stabilizing protocols / generalized sliding window protocols / two-node protocol / CUP flow control protocol / stabilizing sliding window protocol / self-stabilizing protocols / token passing protocol / sliding window protocols / flow control / sliding window protocol / one-tosliding window protocol / stabilizing protocols / stop-and-wait protocols / abstract protocol / bounded integer sliding window protocol / two-node stabilizing sliding window protocol / token ring / locally checkable protocol / mbitrary asynchronous protocol / slowest twonode protocol / simulation / two-node sliding window protocol / sliding protocol / two-node sliding protocol / /
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Self-Stabilization Adam M.