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Distributed computing
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641	From Abstractions to MODELS: MOdels for Distributed and Extremely Large-scale Science Shantenu Jha1 , Daniel S. Katz2 , Matteo Turilli1 , Jon Weissman3 1 RADICAL Laboratory, Electric and Computer Engineering, Rutgers Un Add to Reading List Source URL: danielskatz.org Language: English - Date: 2016-02-12 03:29:34 Systems engineering Parallel computing Distributed computing Data-intensive computing Cloud computing Middleware Abstraction SHIWA project
642	Distributed Computing manuscript No. (will be inserted by the editor) Distributed Minimum Dominating Set Approximations in Restricted Families of Graphs Christoph Lenzen · Yvonne-Anne Pignolet · Roger Wattenhofer Add to Reading List Source URL: people.mpi-inf.mpg.de Language: English - Date: 2015-05-29 10:12:12 NP-complete problems Maximal independent set Treewidth Arboricity Dominating set Planar graph Independent set Matching Graph minor Bipartite graph Line graph Planar separator theorem
643	Using Lustre with Apache Hadoop Table of Contents Overview and Issues with Hadoop+HDFS.....................................................................2 MapReduce and Hadoop overview.................................. Add to Reading List Source URL: wiki.lustre.org Language: English - Date: 2016-06-02 10:30:47 Cloud infrastructure Hadoop Parallel computing Apache Software Foundation Apache Hadoop MapReduce MapR Lustre Data-intensive computing Distributed file system for cloud
644	High Performance Computing at Liberal Arts Colleges A project funded by the Teagle Foundation Workshop 1 Report Workshop 1 Summary: The key points that surfaced during workshop 1 are: • There are many good reasons for Add to Reading List Source URL: cs.union.edu Language: English - Date: 2009-07-31 22:29:03 Parallel computing Cluster computing Concurrent computing Distributed computing Cloud infrastructure Grid computing Computer cluster Cloud computing Supercomputer Techila Grid Platform Computing
645	CPSC 455b Written Homework Assignment # 1 Due in class Feb. 12, 2002 These exercises are drawn from the following papers (all obtainable from http://pantheon.yale.edu/~sz38/) and from the related lectures and Add to Reading List Source URL: zoo.cs.yale.edu Language: English - Date: 2011-08-29 17:33:56 Spanning tree Distributed computing Minimum spanning tree Routing Algorithm
646	Clock Synchronization: Open Problems in Theory and Practice Christoph Lenzen, Thomas Locher, Philipp Sommer, and Roger Wattenhofer Computer Engineering and Networks Laboratory TIK ETH Zurich, 8092 Zurich, Switzerland {le Add to Reading List Source URL: www.tik.ee.ethz.ch Language: English - Date: 2015-05-18 12:16:10 Synchronization Clocks Clock synchronization Clock skew Clock signal Distributed computing Clock Network Time Protocol Wireless sensor network Global Positioning System Reference Broadcast Time Synchronization Synchronous Ethernet
647	DEGAS: Dynamic Global Address Space programming environments Katherine Yelick, Principal Investigator1 Lawrence Berkeley National Laboratory, Berkeley, California Vivek Sarkar, Co-Principal Investigator2 Rice University, Add to Reading List Source URL: crd.lbl.gov Language: English - Date: 2016-04-02 22:06:19 Parallel computing Partitioned global address space Coarray Fortran Unified Parallel C X10 Parallel programming model Multi-core processor PGAS Matrix multiplication algorithm Fortran Distributed computing OpenMP
648	InContext: Simple Parallelism for Distributed Applications Sunghwan Yoo1 , Hyojeong Lee1 , Charles Killian1 , and Milind Kulkarni2 1 Department of Computer Science, 2 School of Electrical and Computer Engineering Add to Reading List Source URL: www.macesystems.org Language: English - Date: 2011-10-20 22:04:49 Programming paradigms Fault-tolerant computer systems Distributed algorithms Process Concurrent computing Parallel computing Event-driven programming Snapshot Event Complex event processing Object Process Methodology Thread
649	Jim Maddock Add to Reading List Source URL: jmaddock.net Language: English Distributed computing architecture MongoDB NoSQL Structured storage Twitter Computer-supported cooperative work
650	Efficient Parallel Set-Similarity Joins Using MapReduce Add to Reading List Source URL: flamingo.ics.uci.edu Language: English - Date: 2013-04-16 21:54:23 Parallel computing Distributed computing architecture MapReduce Compiler construction Data-intensive computing Lexical analysis Hash function Data Typetoken distinction Function Parallelization contract

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