'Global time' presentation slideshows

1.44k views • 126 slides

1.23k views • 121 slides

Virtual Time and Global States in Distributed Systems

Virtual Time and Global States in Distributed Systems. Prof. Nalini Venkatasubramanian Distributed Systems Middleware - Lecture 2. Includes slides modified from : A. Kshemkalyani and M. Singhal (Book slides: Distributed Computing: Principles, Algorithms, and Systems. The Concept of Time.

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Distributed Computing Concepts - Global Time and State in Distributed Systems

Distributed Computing Concepts - Global Time and State in Distributed Systems. Prof. Nalini Venkatasubramanian Distributed Systems Middleware - Lecture 2. Global Time & Global States of Distributed Systems.

789 views • 58 slides

Distributed Computing Concepts - Global Time and State in Distributed Systems

Distributed Computing Concepts - Global Time and State in Distributed Systems. Prof. Nalini Venkatasubramanian Distributed Systems Middleware - Lecture 2. Global Time & Global States of Distributed Systems.

582 views • 58 slides

Virtual Time and Global States in Distributed Systems

Virtual Time and Global States in Distributed Systems. Prof. Nalini Venkatasubramanian Distributed Systems Middleware - Lecture 2. Virtual Time & Global States of Distributed Systems.

614 views • 52 slides

Virtual Time and Global States in Distributed Systems

Virtual Time and Global States in Distributed Systems. Prof. Nalini Venkatasubramanian Distributed Systems Middleware - Lecture 2. Virtual Time & Global States of Distributed Systems.

492 views • 49 slides

Virtual Time and Global States in Distributed Systems

Virtual Time and Global States in Distributed Systems. Prof. Nalini Venkatasubramanian Distributed Systems Middleware - Lecture 2. Virtual Time & Global States of Distributed Systems.

499 views • 49 slides

Phoenix: An Epidemic Approach to Time Reconstruction

492 views • 38 slides

Efficient and Easily Programmable Accelerator Architectures

Efficient and Easily Programmable Accelerator Architectures. Tor Aamodt University of British Columbia PPL Retreat, 31 May 2013. Decreasing cost per unit computation. Advancing Computer Systems without Technology Progress DARPA/ISAT Workshop, March 26-27, 2012 Mark Hill & Christos Kozyrakis.

357 views • 35 slides

547 views • 32 slides

Time-Triggered Architecture

Time-Triggered Architecture . A summary Tim Arrowsmith 2/6/2006. TTA- Introduction. Infrastructure/guidelines for partitioning large applications into nearly autonomous subsystems. Also control the complexity of the evolving system.

317 views • 29 slides

The Time-Triggered Architecture

The Time-Triggered Architecture. Krishnakumar B kitty@dre.vanderbilt.edu Institute for Software Integrated Systems Vanderbilt University, Nashville, TN. Outline of Talk. Overview of TTA Architecture Model Design Principles Communication Fault Tolerance Design Methodology Questions ?.

386 views • 26 slides

Hybrid and Embedded Systems: Generalized Hybrid Systems

Hybrid and Embedded Systems: Generalized Hybrid Systems. Edward A. Lee Robert S. Pepper Distinguished Professor UC Berkeley CPS Action Webs Meeting July 23, 2010 Berkeley, CA. Online.

464 views • 26 slides

Hybrid and Embedded Systems: Generalized Hybrid Systems

Hybrid and Embedded Systems: Generalized Hybrid Systems. Edward A. Lee Robert S. Pepper Distinguished Professor UC Berkeley CPS Action Webs Meeting July 23, 2010 Berkeley, CA. Online.

294 views • 26 slides

Character Animation

268 views • 17 slides

The nature of Globalisation

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The nature of Globalisation

398 views • 11 slides

The purpose of a standard is to -

The purpose of a standard is to -. - Bless the past - Arbitrate the present - Avoid the future. Givens -. - Performance matters - Fast is limited by Moore's Law - Many is limited by algorithm - The speed of light is constant. Present High Performance -. - 10's to 1000's of FPUs per chip

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General Purpose ROOT Utilities

General Purpose ROOT Utilities. Victor Perevoztchikov, BNL. List of Utilities. Set of ROOT classes was developed in STAR experiment. These classes are experiment independent and, we hope, could be used useful in other experiments too. The names of classes are self described: TUnixTime;

200 views • 10 slides