Upload File

david p. anderson u.c. berkeley kevin reed ibm

6
David P. Anderson David P. Anderson U.C. Berkeley U.C. Berkeley Kevin Reed Kevin Reed IBM IBM Celebrating Diversity Celebrating Diversity in Volunteer Computing in Volunteer Computing

Upload: marvin-holcomb

Post on 31-Dec-2015

20 views

Category:

Documents


0 download

Report

DESCRIPTION

Celebrating Diversity in Volunteer Computing. David P. Anderson U.C. Berkeley Kevin Reed IBM. A brief history of volunteer computing. 2005. 2005. 1995. 2000. 2008. distributed.net, GIMPS. SETI@home, Folding@home. Applications. Applications. Predictor@home, - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: David P. Anderson U.C. Berkeley Kevin Reed IBM

David P. AndersonDavid P. AndersonU.C. BerkeleyU.C. Berkeley

Kevin ReedKevin ReedIBMIBM

Celebrating DiversityCelebrating Diversityin Volunteer Computingin Volunteer Computing

Page 2: David P. Anderson U.C. Berkeley Kevin Reed IBM

A brief history of volunteer computing

Applications

Platforms

1995 2005distributed.net, GIMPS

SETI@home, Folding@home

Commercial: Entropia, United Devices, ...

BOINC

Predictor@home,WCG, Einstein, Rosetta, ...

20052000 2008

Academic: Bayanihan, Javelin, ...

Applications

Page 3: David P. Anderson U.C. Berkeley Kevin Reed IBM

Volunteer computing today

Participation 500K people, 1M computers 5 PetaFLOPS (100x cheaper than clusters)

Scientific impact molecular simulation climate modeling astronomy

Performance potential 1 ExaFLOP = 4M GPUs mobile devices: lowest watts/FLOPS

BOINC: middleware for volunteer computing client, server, web http://boinc.berkeley.edu

Page 4: David P. Anderson U.C. Berkeley Kevin Reed IBM

Handling diversity

Cluster/Grid/Cloud Volunteer

BOINC mechanisms:adaptive replicationhomogeneous replicationhost punishmentjob size matching

Page 5: David P. Anderson U.C. Berkeley Kevin Reed IBM

The volunteer computing ecosystem Goals:

give resources to important, productive projects large, dynamic set of projects scientifically informed public

Ideas: “mutual funds” (e.g., American Cancer

Society) futures market

Rosetta@home LHC@home IBM WCG Climateprediction.net Einstein@home Spinhenge QMC@home ...

Page 6: David P. Anderson U.C. Berkeley Kevin Reed IBM

The failure of volunteer computing

volunteers

scientists

organizations

media viralmarketing

HPC/IT/CScommunities

fundingagencies

Conclusion success, potential, but now deadlock problems are not technical contact me: [email protected]


Titanium: From Java to High Performance Computing Katherine Yelick U.C. Berkeley and LBNL Katherine Yelick U.C. Berkeley and LBNL

Basic Probability Jean Walrand EECS – U.C. Berkeley

U.C. Berkeley Palace Hotel, San Francisco April 22, 2013

Titanium: A Java Dialect for High Performance Computing Katherine Yelick U.C. Berkeley and LBNL Katherine Yelick U.C. Berkeley and LBNL

U.C. Berkeley and LBNL

Representation Issues in Data Exchange for RP-LM Sara McMains U.C. Berkeley

List Decoding Using the XOR Lemma Luca Trevisan U.C. Berkeley

Scalable Program Verification by Lazy Abstraction Ranjit Jhala U.C. Berkeley

Some Slides from: U.C. Berkeley, U.C. Berkeley, Alan Mishchenko, Alan Mishchenko, Mike Miller, Mike Miller, Gaetano Borriello Gaetano Borriello Introduction

Unique Opportunities in Experimental Computer Systems Research - the Berkeley Testbeds David Culler culler U.C. Berkeley Grad

Market Maker Inventories and Stock Prices · 2010. 11. 19. · Market Maker Inventories and Stock Prices Terrence Hendershott U.C. Berkeley Mark S. Seasholes U.C. Berkeley This Version

Gripping Parts at Concave Vertices K. “Gopal” Gopalakrishnan Ken Goldberg U.C. Berkeley

U.S. Antitrust Law: A Primer Howard A. Shelanski, U.C. Berkeley

Invited Speakers Robert Coleman(U.C. Berkeley, USA) Samit Dasgupta (U.C. Santa Cruz, USA)

Efficient Spatiotemporal Grouping Using the Nyström Method Charless Fowlkes, U.C. Berkeley Serge Belongie, U.C. San Diego Jitendra Malik, U.C. Berkeley

Towards Human Level AI Jitendra Malik U.C. Berkeley Jitendra Malik U.C. Berkeley

Monitoring, Diagnosing, and Repairing Eric Anderson U.C. Berkeley

U.C. Berkeley Calendar Network - University of California, Berkeley

Universality of Color Categorization1 Paul Kay U.C. …kay/univ.col.cats.complt.pdf1 Universality of Color Categorization1 Paul Kay U.C. Berkeley (Linguistics), Stanford U. (Linguistics)

Valencia, November 2006 Artistic Geometry Carlo H. Séquin U.C. Berkeley

Prof. Junqiao Wu Department of Materials Science and Engineering, U.C. Berkeley

UCB Switches Jean Walrand U.C. Berkeley wlr

Visualizing High-Order Surface Geometry Pushkar Joshi, Carlo Séquin U.C. Berkeley

Dung-Hai Lee U.C. Berkeley

Spride & U.C. Berkeley Student Research Prelim

Barriers in Hamiltonian Complexity Umesh V. Vazirani U.C. Berkeley

How Much? For What? Thoughts on Economic Issues in Networks Jean Walrand U.C. Berkeley Thoughts on Economic Issues in Networks Jean Walrand U.C. Berkeley

1 U.C. Berkeley, Extension Contracts Law Instructor: Tod Zuckerman, Esq

Introduction to Artifical Intelligence Jitendra Malik U.C. Berkeley Jitendra Malik U.C. Berkeley

U.C. BERKELEY LIBRARY

Towards a Digital Human Kathy Yelick EECS Department U.C. Berkeley

Security for ad-hoc networks: Cryptography and beyond David Wagner U.C. Berkeley

Free Riding Multicast Sylvia Ratnasamy (Intel Research) Andrey Ermolinskiy (U.C. Berkeley) Scott Shenker (U.C. Berkeley and ICSI) ACM SIGCOMM 2006 Berkeley

UCB PHYSICAL LAYER Jean Walrand U.C. Berkeley wlr

Slide 1 Adaptive Compilers and Runtime Systems Kathy Yelick U.C. Berkeley