consensus protocols / local area network / self-stabilizing algorithm / self-stabilizing algorithms / autonomic computing / deterministic local approximation algorithms / Self-stabilizing systems / local algorithms / local algorithm / a lot of fun designing self-stabilizing algorithms / distributed computing deals / randomized local algorithm / deterministic local algorithm / distributed computing / local approximation algorithms / token ring network / /
Organization
Republican Party / /
Person
John von Neumann / Baruch Awerbuch / David Peleg / Martin Gardner / Boaz Patt-Shamir / Silvio Frischknecht / Roger Wattenhofer / John Conway / Peter Winkler / Barbara Keller / George Varghese / /
Position
advisor / mathematician / /
Product
nodes / /
PublishedMedium
Scientific American / Communications of the ACM / /
Technology
consensus protocols / LAN / RAM / MIS algorithm / randomized local algorithm / local approximation algorithms / deterministic local algorithm / token ring / selfstabilizing algorithm / slow MIS Algorithm / self-stabilizing algorithms / random access / a lot of fun designing self-stabilizing algorithms / self-stabilizing algorithm / deterministic local approximation algorithms / local algorithm / /
Chapter 12 Stabilization A large branch of research in distributed computing deals with fault-tolerance. Being able to tolerate a considerable fraction of failing or even maliciously behaving (“Byzantine”) nodes whi