'Synchronous model' presentation slideshows

On the Cost of Fault-Tolerant Consensus When There are no Faults

On the Cost of Fault-Tolerant Consensus When There are no Faults. Idit Keidar and Sergio Rajsbaum PODC 2002 Tutorial. About This Tutorial. Preliminary version in SIGACT News and MIT Tech Report, June 2001 More polished lower bound proof to appear in IPL

786 views • 69 slides

On the Cost of Fault-Tolerant Consensus When There are no Faults

On the Cost of Fault-Tolerant Consensus When There are no Faults. Idit Keidar and Sergio Rajsbaum PODC 2002 Tutorial. About This Tutorial. Preliminary version in SIGACT News and MIT Tech Report, June 2001 More polished lower bound proof to appear in IPL

824 views • 69 slides

On the Cost of Fault-Tolerant Consensus When There are no Faults

On the Cost of Fault-Tolerant Consensus When There are no Faults. Idit Keidar and Sergio Rajsbaum PODC 2002 Tutorial. About This Tutorial. Preliminary version in SIGACT News and MIT Tech Report, June 2001 More polished lower bound proof to appear in IPL

697 views • 69 slides

Lecture 4 Introduction to Principles of Distributed Computing

Lecture 4 Introduction to Principles of Distributed Computing. Sergio Rajsbaum Math Institute UNAM, Mexico. Lecture 4. Consensus in partially synchronous systems, and failure detectors Part I : Realistic timing model and metric Part II : Failure detectors, algorithms

705 views • 62 slides

Lecture 4 Introduction to Principles of Distributed Computing

Lecture 4 Introduction to Principles of Distributed Computing. Sergio Rajsbaum Math Institute UNAM, Mexico. Lecture 4. Consensus in partially synchronous systems, and failure detectors Part I : Realistic timing model and metric Part II : Failure detectors, algorithms

624 views • 62 slides

Lecture 4 Introduction to Principles of Distributed Computing

Lecture 4 Introduction to Principles of Distributed Computing. Sergio Rajsbaum Math Institute UNAM, Mexico. Lecture 4. Consensus in partially synchronous systems, and failure detectors Part I : Realistic timing model and metric Part II : Failure detectors, algorithms

623 views • 62 slides

An Axiomatic Approach to Computing the Connectivity of Synchronous and Asynchronous Systems

An Axiomatic Approach to Computing the Connectivity of Synchronous and Asynchronous Systems. Maurice Herlihy Microsoft Research & Brown University Joint work with Sergio Rajsbaum & Mark Tuttle. Consensus: Each Thread has a Private Input. 19. 32. 21. They Communicate.

483 views • 48 slides

Reliable Distributed Systems

568 views • 47 slides

Reliable Distributed Systems

559 views • 47 slides

CS514: Intermediate Course in Operating Systems

CS514: Intermediate Course in Operating Systems. Professor Ken Birman Ben Atkin: TA Lecture 2: August 29. Overview of Lecture. Fundamentals: terminology and components of a reliable distributed computing system Communication technologies and their properties Basic communication services

542 views • 46 slides

CPSC 668 Distributed Algorithms and Systems

CPSC 668 Distributed Algorithms and Systems. Fall 2006 Prof. Jennifer Welch. Distributed Systems. Distributed systems have become ubiquitous: share resources communicate increase performance speed fault tolerance Characterized by independent activities (concurrency)

405 views • 39 slides

DISTRIBUTED ALGORITHMS

Several sets of slides by Prof. Jennifer Welch will be used in this course. The slides are mostly identical to her slides, with some minor changes. DISTRIBUTED ALGORITHMS. Spring 2014 Prof. Jennifer Welch. Distributed Systems. Distributed systems have become ubiquitous: share resources

334 views • 33 slides

Distributed Systems: Faults

285 views • 28 slides

Optimal Pheromone Utilization

Optimal Pheromone Utilization. Roman Kecher Joint work with: Yehuda Afek and Moshe Sulamy Tel-Aviv University. Ants Nearby Treasure Search. N. Infinite grid k ants Initially at the origin Food at distance D Ants have to find the food

339 views • 23 slides

6.852: Distributed Algorithms Spring, 2008

178 views • 17 slides

Basic Graph Algorithms

Basic Graph Algorithms. Based on slides provided by Prof. Jennifer Welch. Broadcast Over a Rooted Spanning Tree. Suppose processors already have information about a rooted spanning tree of the communication topology tree: connected graph with no cycles

212 views • 11 slides