Distributed Systems, Failures, and Consensus Jeff Chase Duke University The Players

Source URL: www2.cs.duke.edu

• Inter-process communication
• Fault-tolerant computer systems
• Computer architecture
• Decentralization
• Distributed computing
• Computing
• Message passing
• Consensus
• Actor model
• Computer network
• Leader election
• Virtual synchrony

Isolating and Tolerating SDN Application Failures with LegoSDN Balakrishnan Chandrasekaran Duke University Brendan Tschaen

Source URL: legosdn.cs.duke.edu

• Computing
• Information and communications technology
• Computer networking
• Emerging technologies
• Network architecture
• Configuration management
• Software-defined networking
• OpenFlow
• Nox
• ONOS
• OpenDaylight Project

The Devil is in the Details – Implications of Samuel Bowles’ The Moral Economy for economics and policy research OctoberRachel Kranton Duke University The Moral Economy by Samuel Bowles should be required re

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Naive Bayes Classifiers Shrey Gupta Applied Machine Learning (HOUSECS 59-01), Duke University October 3, 2018

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“A seminal source of information for families and their college-bound children.” —Dr. Larry Moneta, Vice President for Students Affairs, Duke University NOW IN A REVISED & UPDATED SIXTH EDITION “Filled with pract

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Two Bits - The Cultural Significance of Free Software Christopher M. Kelty © 2008 Duke University Press Printed in the United States of America on acid-free paper ∞

Source URL: www.sisudoc.org

Lecture XII: Ideal filters Maxim Raginsky BME 171: Signals and Systems Duke University October 29, 2008

Source URL: maxim.ece.illinois.edu

Introduction to Machine Learning and Python Shrey Gupta Applied Machine Learning (HOUSECS 59-01), Duke University August 29, 2018

Source URL: shreygupta.me

Lecture 4: Video Applications Topological Time Series Analysis - Theory And Practice Jose Perea, Michigan State University. Chris Tralie, Duke University

Source URL: www-m15.ma.tum.de

Lecture VI: Convolution representation of discrete-time systems Maxim Raginsky BME 171: Signals and Systems Duke University

Source URL: maxim.ece.illinois.edu