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The Power of Two Choices in Randomized Load Balancing Michael Mitzenmacher, Member, IEEE AbstractÐWe consider the following natural model: Customers arrive as a Poisson stream of rate �n, � < 1, at a collection of n servers. Each customer chooses some constant d servers independently and uniformly at random from the n servers and waits for service at the one with the fewest customers. Customers ar
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Introduction This is a tutorial on the Git version control system. Git is quickly becoming one of the most popular version control systems in use. There are plenty of tutorials on Git already. How is this one different? A Story When I first started using Git, I read plenty of tutorials, as well as the user manual. Though I picked up the basic usage patterns and commands, I never felt like I graspe
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William H. Gates Professor of Computer Science and Electrical Engineering Harvard John A. Paulson School of Engineering and Applied Sciences
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A Design Framework for Highly Concurrent Systems Matt Welsh, Steven D. Gribble, Eric A. Brewer, and David Culler Computer Science Division University of California, Berkeley Berkeley, CA 94720 USA {mdw,gribble,brewer,culler}@cs.berkeley.edu Abstract Building highly concurrent systems, such as large-scale Internet services, requires managing many information flows at once and maintaining peak throu
Introduction The other night, I came across the problem of implementing autovivication in Ruby hashes. The solution I devised exemplifies an elegant and practical use of the Y combinator, and it seemed worth sharing. For those of you who just want the solution, here it is: # Define the Y combinator module YCombinator def y_comb(&generator) proc { |x| proc { |*args| generator.call(x.call(x)).call(*
SEDA: An Architecture for Well-Conditioned, Scalable Internet Services Matt Welsh, David Culler, and Eric Brewer Computer Science Division University of California, Berkeley {mdw,culler,brewer}@cs.berkeley.edu Abstract We propose a new design for highly concurrent Internet services, which we call the staged event-driven architecture (SEDA). SEDA is intended to support massive concurrency demands
SEDA: An Architecture for Highly Concurrent Server Applications Matt Welsh, Harvard University Last updated 9 May 2006 My Ph.D. thesis work at UC Berkeley focused on the development of a robust, high-performance platform for Internet services, called SEDA. The goal is to build a system capable of supporting massive concurrency (on the order of tens of thousands of simultaneous client connections)
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Announcements 1) Please make sure you subscribe to the Cs264-class@eecs.harvard.edu mailing list. We will use this list to make important announcements as the semester proceeds. See directions below for how to subscribe. 2) Project suggestions are now available here. 3) The proposal format and a sample proposal are now available. 4) A Latex template for writing your paper and status report is avai
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