'Physical time' diaporamas de présentation

Programming Safety-Critical Embedded Systems

Programming Safety-Critical Embedded Systems. Work mainly by Sidharta Andalam and Eugene Yip Main supervisor: Advisor: Dr. Partha Roop Dr . Alain Girault ( UoA ) (INRIA). Outline. Introduction Synchronous Languages PRET-C ForeC. Outline. Introduction Synchronous Languages

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Law and Order

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Space and Time Prof. Brad Dowden Philosophy Department California State University Sacramento

Space and Time Prof. Brad Dowden Philosophy Department California State University Sacramento. What is time?. physical time vs. psychological time. Time enables us. to place events in sequence one after the other, to compare how long an event lasts, to tell when an event occurs.

543 views • 43 slides

Does Time Exist?

Does Time Exist?. Craig Tilton. First, an introduction from Morgan Freeman: http://www.youtube.com/watch?v=zw6hS_gy9MY. In the following presentation, we will explore a number of topics including; The time on your clock The perception of time What affects the passing of time

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Distributed Synchronization

Distributed Synchronization. In single CPU systems Semaphores and monitors Essentially shared memory solutions How about distributed synchronization? Relevant information is scattered Processes make decisions based on local information

530 views • 40 slides

Spacetime Thermodynamics from Geometric Point of View

Spacetime Thermodynamics from Geometric Point of View. Yu Tian ???? Department of Physics, Beijing Institute of Technology. OUTLINE. Brief Introduction to Thermodynamics of Black Holes, de Sitter and Other Spacetimes

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Tutorial II: Modeling and Simulation Techniques for Granular Materials

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Module Describes the functionality of the design States the input and output ports

Module Describes the functionality of the design States the input and output ports. Example: A Computer Functionality: Perform user defined computations I/O Ports: Keyboard, Mouse, Monitor, Printer. General definition. General definition module module_name ( port_list );

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E7 Burst Search Status Report

E7 Burst Search Status Report. Peter Saulson co-chair, LSC Burst Upper Limit Group LIGO-G020404-00-Z. Burst Group membership.

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461 views • 31 slides

Customer Engagement Behavior: Theoretical Foundations and Research Directions

Customer Engagement Behavior: Theoretical Foundations and Research Directions . Author - Jenny van Doorn1, Katherine N. Lemon2, Vikas Mittal3, Stephan Nass4, Doreen Pick5, Peter Pirner6, and Peter C. Verhoef1 Resource -Journal of Service Research , 2010 Professor - Soe-Tsyr Yuan

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Transit Beyond Travel Time and Cost

Transit Beyond Travel Time and Cost. Incorporation of Premium Transit Service Attributes in the Chicago Activity-Based Model. Project Team. Chicago Metropolitan Agency for Planning (CMAP) Kermit Wies & Matt Stratton Parsons Brinckerhoff (PB)

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Distributed Time Synchronization over Multihop Wireless Sensor Networks

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Evolution of Simplicial Universe Shinichi HORATA and Tetsuyuki YUKAWA

KEK-WS 03/14/2007. Evolution of Simplicial Universe Shinichi HORATA and Tetsuyuki YUKAWA Hayama center for Advanced Studies, Sokendai Hayama, Miura, Kanagawa 240-0193, Japan. Some of the topics have been already appeared in S.Horata, and T.Yukawa : Making a Universe.hep-th/0611076.

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Evolution of Simplicial Universe Shinichi HORATA and Tetsuyuki YUKAWA

KEK-WS 03/14/2007. Evolution of Simplicial Universe Shinichi HORATA and Tetsuyuki YUKAWA Hayama center for Advanced Studies, Sokendai Hayama, Miura, Kanagawa 240-0193, Japan. Some of the topics have been already appeared in S.Horata, and T.Yukawa : Making a Universe.hep-th/0611076.

162 views • 16 slides

Lecture 1: Logical and Physical Time with some Applications

Lecture 1: Logical and Physical Time with some Applications. Anish Arora CSE 6333 Notes include material from Dr. Jeff Brumfield. Required Reading. Time, Clocks, and the Ordering of Events in a Distributed System by Leslie Lamport

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2-D Examples

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required port. 4. Enable some processes. Component. Phase 3. Phase 1. Phase 2. Logical Time. provided port. Wrapper. P 2. P 1. Physical Time. 3. Sched. Resolution. R. Resource Scheduler. view port. 1. Block processes at interfaces. 2. Annotations. IP. Douglas Densmore

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PTIDES: Programming Temporally Integrated Distributed Embedded Systems

PTIDES: Programming Temporally Integrated Distributed Embedded Systems. p 1. p 5. p 2. A. p 7. C. p 6. p 3. p 4. B. p 8. p 9. p 7. p 7. p 6. p 5. p 4. p 5 & p 6. p 9. p 4. p 2. p 9. p 3. p 2. p 3 & p 8. p 8. p 1. p 1. DCOSS2006.

126 views • 1 slides