'Clock synchronization' diaporamas de présentation

Chapter 11 Inter-integrated Circuit (I 2 C) Interface

Chapter 11 Inter-integrated Circuit (I 2 C) Interface. The I 2 C Protocol. Developed by Philips in late 1980s Version 1.0 published in 1992 Supports standard (100 Kbps) and fast (400 Kbps) mode Version 2.0 published in 1998 High-speed mode (3.4 Mbps) added

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CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS. Fall 2011 Prof. Jennifer Welch. Hardware Clocks. Suppose processors have access to some approximation of real time. Mechanism is through hardware clocks, one at each processor.

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Relativity II

Relativity II. Postulates Simultaneity Time Dilation Length Contraction. Reading Question. Which of these topics was not discussed in this chapter?. 1. Teleportation 2. Simultaneity 3. Time dilation 4. Length contraction. Reading Question.

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Time and Global States

Time and Global States. ECEN5053 Software Engineering of Distributed Systems University of Colorado, Boulder. Topics. Clock synchronization Logical clocks Global State. How processes can synchronize.

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Testbench Organization and Design

Testbench Organization and Design. Simulation Technology. Testbenches are discarded once the design is verified ? the structure of testbenches are often at the mercy of verification engineers. ? frequently generate wrong stimuli, compare with wrong results, miss corner cases.

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Time-Triggered Architectures, Protocols and Applications.

Time-Triggered Architectures, Protocols and Applications. . P.S. Thiagarajan. Introduction. The Time-triggered paradigm: Events happen at pre-determined time points . Architectures can be designed around this principle.

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Distributed Systems CS 15-440

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Clock Synchronization

Clock Synchronization. Ronilda Lacson, MD, SM. Introduction. Accurate reliable time is necessary for financial and legal transactions, transportation and distribution systems and many other applications involving distributed resources

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Distributed Systems CS 15-440

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Digital Logic issues in Embedded Systems

Digital Logic issues in Embedded Systems. Things upcoming. Remember that the first two topic talks are on 10/24 (ultrasonic distance and stepper motors) Those groups should be meeting with me in office hours shortly to discuss their talks. HW3 Due in class on Tuesday 10/8

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CS533 Modeling and Performance Evaluation of Network and Computer Systems

CS533 Modeling and Performance Evaluation of Network and Computer Systems. Monitors. (Chapter 7). A monitor is a tool used to observe system Observe performance Collect performance statistics May analyze the data May display results May even suggest remedies.

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Time and Global States Part 3

Time and Global States Part 3. ECEN5053 Software Engineering of Distributed Systems University of Colorado, Boulder. Topics. Clock synchronization Logical clocks Vector timestamps Global State. Vector Timestamps.

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CLOCK SYNCHRONIZATION

CLOCK SYNCHRONIZATION. Sai deepika gopala. AGENDA. Introduction Clock Synchronization Physical Clocks Global Positioning System Algorithms References. Introduction: Synchronization.

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Part2 course

Part2 course. Network Planning and Link Budget Analysis. 1 - C Band vs. Ku Band.

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Last Class: Clock Synchronization

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Security and Privacy in Sensor Networks: Research Challenges

Security and Privacy in Sensor Networks: Research Challenges. Radha Poovendran University of Washington http://www.ee.washington.edu/people/faculty/radha. Outline. Panda-Hunter Game Sensor Network Security How is it different? Incomplete List of challenges Problem #1- Problem #5.

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Individual Sampling Process

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Working Groups

Working Groups. Mesh Networking Summing June 24, 2004. Goals. Get a better understanding of the problem space and state of the art Identify research opportunities. Guidelines. Duration : 1 hour 45 minutes Group leaders already identified Elect a notes taker Elect a presenter

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CS193H: High Performance Web Sites Lecture 7: Add an Expires Header

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CS603 Clock Synchronization

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