'Election message' presentation slideshows

Computer Science 425 Distributed Systems CS 425 / CSE 424 / ECE 428 Fall 2012

Computer Science 425 Distributed Systems CS 425 / CSE 424 / ECE 428 Fall 2012. Indranil Gupta (Indy) October 2, 2012 Lecture 11 Leader Election Reading: Sections 15.3. ? 2012, I . Gupta, K. Nahrtstedt, S. Mitra, N. Vaidya, M. T. Harandi, J. Hou. NCSA Innovation Fellowships.

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Leader Election

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Computer Science 425 Distributed Systems CS 425 / CSE 424 / ECE 428 Fall 2010

Computer Science 425 Distributed Systems CS 425 / CSE 424 / ECE 428 Fall 2010. Indranil Gupta (Indy) September 28, 2010 Lecture 11 Leader Election Reading: Sections 12.3. ? 2010, I . Gupta, K. Nahrtstedt, S. Mitra, N. Vaidya, M. T. Harandi, J. Hou. Why Election?.

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CS 425/ECE 428/CSE424 Distributed Systems (Fall 2009)

CS 425/ECE 428/CSE424 Distributed Systems (Fall 2009). Lecture 8 Leader Election Section 12.3 Klara Nahrstedt. Acknowledgement. The slides during this semester are based on ideas and material from the following sources:

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Lecture 11: Coordination and Agreement

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Computer Science 425 Distributed Systems

Computer Science 425 Distributed Systems. Lecture 6 Election Reading: 12.3. Why Election?. Example 1: Your Bank maintains multiple servers, but for each customer, one of the servers is responsible, i.e., is the leader

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Election Algorithms

Election Algorithms. CS-4513 Distributed Systems Hugh C. Lauer

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Election

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CS4231 Parallel and Distributed Algorithms AY 2006/2007 Semester 2

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Election

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ITEC452 Distributed Computing Lecture 10 Coordination Algorithms

Hwajung Lee. ITEC452 Distributed Computing Lecture 10 Coordination Algorithms. Leader Election. Let G = (V,E) define the network topology. Each process i has a variable L(i) that defines the leader . ? i,j ? V ? i,j are non-faulty :: L(i) ? V and

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Centralized mutual exclusion

Centralized mutual exclusion. Problem : What if the coordinator fails? Solution : Elect a new one. Leader Election : Problem Statement. Given is a set of n processes, 1 .. n. Each process j has variables : l.j : true iff j is a leader up.j : true iff j has not failed

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JADE: The Bully Algorithm

JADE: The Bully Algorithm. Problem. Context of distributed computing Problem of leader election: leader election is the process of designating a single process as the organizer of some task distributed among several computers (nodes).

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