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Algorithms for COOPERATIVE DS: Leader Election in the MPS model

Algorithms for COOPERATIVE DS: Leader Election in the MPS model

Algorithms for COOPERATIVE DS: Leader Election in the MPS model. Leader Election (LE) problem. In a DS, it is often needed to designate a single processor (i.e., a leader ) as the coordinator of some forthcoming task (e.g., finding a spanning tree of a graph using the leader as the root)

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794 views • 78 slides
Algorithms for COOPERATIVE DS: Leader Election in the MPS model

Algorithms for COOPERATIVE DS: Leader Election in the MPS model

Algorithms for COOPERATIVE DS: Leader Election in the MPS model. Leader Election (LE) problem. In a DS, it is often needed to designate a single processor (i.e., a leader ) as the coordinator of some forthcoming task (e.g., find a spanning tree using the leader as the root)

★ ★ ★ ★ ★

777 views • 77 slides
Algorithms for COOPERATIVE DS: Leader Election in the MPS model

Algorithms for COOPERATIVE DS: Leader Election in the MPS model

Algorithms for COOPERATIVE DS: Leader Election in the MPS model. Leader Election (LE) problem. In a DS, it is often needed to designate a single processor (i.e., a leader ) as the coordinator of some forthcoming task (e.g., find a spanning tree using the leader as the root)

★ ★ ★ ★ ★

1.21k views • 76 slides
Leader Election

Leader Election

Leader Election. Leader Election (LE) problem. In a DS, it is often needed to designate a single processor (i.e., a leader ) as the coordinator of some forthcoming task (e.g., find a spanning tree using the leader as the root)

★ ★ ★ ★ ★

1.56k views • 74 slides
CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS. Fall 2011 Prof. Jennifer Welch. Ring Networks. In an oriented ring, processors have a consistent notion of left and right For example, if messages are always forwarded on channel 1, they will cycle clockwise around the ring. Why Study Rings?.

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335 views • 25 slides
CPSC 668 Distributed Algorithms and Systems

CPSC 668 Distributed Algorithms and Systems

CPSC 668 Distributed Algorithms and Systems. Fall 2006 Prof. Jennifer Welch. Ring Networks. In an oriented ring, processors have a consistent notion of left and right For example, if messages are always forwarded on channel 1, they will cycle clockwise around the ring. Why Study Rings?.

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378 views • 25 slides
CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS. Spring 2014 Prof. Jennifer Welch. Ring Networks. In an oriented ring, processors have a consistent notion of left and right For example, if messages are always forwarded on channel 1, they will cycle clockwise around the ring. Why Study Rings?.

★ ★ ★ ★ ★

327 views • 25 slides
CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS. Fall 2011 Prof. Jennifer Welch. Ring Networks. In an oriented ring, processors have a consistent notion of left and right For example, if messages are always forwarded on channel 1, they will cycle clockwise around the ring. Why Study Rings?.

★ ★ ★ ★ ★

256 views • 25 slides

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