'Fail stop' presentation slideshows

15-440 Distributed Systems

855 views • 85 slides

Distributed Systems: Atomicity, decision making, snapshots

647 views • 64 slides

Fault Tolerance via the State Machine Replication Approach Favian Contreras

Fault Tolerance via the State Machine Replication Approach Favian Contreras. Implementing Fault-Tolerant Services Using the State Machine Approach: A Tutorial. Written by Fred Schneider. Why a Tutorial?.

614 views • 52 slides

Fault Tolerance via the State Machine Replication Approach Favian Contreras

Fault Tolerance via the State Machine Replication Approach Favian Contreras. Implementing Fault-Tolerant Services Using the State Machine Approach: A Tutorial. Written by Fred Schneider. Why a Tutorial?.

541 views • 52 slides

CprE 545: FAULT-TOLERANT SYSTEMS

CprE 545: FAULT-TOLERANT SYSTEMS. Lecture 3 : Dependability Concepts. Dependable System. A system is dependable when it is trustworthy enough that reliance can be placed on the service that it delivers. For a system to be dependable, it must be

905 views • 33 slides

EEC 693/793 Special Topics in Electrical Engineering Secure and Dependable Computing

EEC 693/793 Special Topics in Electrical Engineering Secure and Dependable Computing. Lecture 11 Wenbing Zhao Department of Electrical and Computer Engineering Cleveland State University wenbing@ieee.org. Outline. Reminder: wiki page due 4/5 Dependability concepts (some review)

315 views • 31 slides

Limplock: Understanding the Impact of Limpware on Scale-out Cloud Systems

295 views • 29 slides

Statistical Approaches for Finding Bugs in Large-Scale Parallel Systems

Statistical Approaches for Finding Bugs in Large-Scale Parallel Systems. Leonardo R. Bachega. Papers. Problem Diagnosis in Large-Scale Computing Environments , A. Mirgorodskiy, N. Maruyama, Barton Miller , SC 2006;

358 views • 28 slides

Distributed Systems: Faults

285 views • 28 slides

EEC 693/793 Special Topics in Electrical Engineering Secure and Dependable Computing

EEC 693/793 Special Topics in Electrical Engineering Secure and Dependable Computing. Lecture 11 Wenbing Zhao Department of Electrical and Computer Engineering Cleveland State University wenbing@ieee.org. Outline. Reminder midterm#2: April 7, Monday Dependability concepts (some review)

285 views • 28 slides

Root Cause Analysis of Failures in Large-Scale Computing Environments

Root Cause Analysis of Failures in Large-Scale Computing Environments. Alex Mirgorodskiy, University of Wisconsin mirg@cs.wisc.edu Naoya Maruyama, Tokyo Institute of Technology naoya.maruyama@is.titech.ac.jp Barton P. Miller, University of Wisconsin bart@cs.wisc.edu http://www.paradyn.org/.

365 views • 25 slides

G22.3250-001

G22.3250-001. Distributed Data Structures for Internet Services. Robert Grimm New York University (with some slides by Steve Gribble). Altogether Now: The Three Questions. What is the problem? What is new or different or notable? What are the contributions and limitations?.

312 views • 24 slides

Experience with some Principles for Building an Internet-Scale Reliable System

Experience with some Principles for Building an Internet-Scale Reliable System. Overview. Background Our Development Philosophy Guiding Principles Metrics and Benefits of the Approach. Customer Web server. WWW.XYZ.COM. DNS. 1. 2. 7. 15,000+ Servers 1,100+ Networks 2,500+ Locations.

347 views • 23 slides

Fail-Stop Processors

UNIVERSITY of WISCONSIN-MADISON Computer Sciences Department. Fail-Stop Processors. CS 739 Distributed Systems. Andrea C. Arpaci-Dusseau. One paper: Byzantine Generals in Action: Implementing Fail-Stop Processors, Fred Schneider, TOCS, May 1984. Motivation.

334 views • 18 slides

Why Do Computers Stop and What Can Be Done About It?

296 views • 17 slides