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Wireless sensor network / Peer-to-peer / Parallel computing / Node / Distributed algorithm / Data Intensive Computing / Gossip protocol / Computing / Concurrent computing / Distributed computing


2 define them when we use them. Towards the end of the course a general picture should emerge. Hopefully! This course introduces the basic principles of distributed computing, highlighting common themes and techniques. I
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Document Date: 2014-09-26 08:28:48

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City

Philadelphia / San Francisco / New York / /

Company

Dell / Cambridge University Press / MIT Press / Morgan Kaufmann Publishers Inc. / /

Country

United States / /

IndustryTerm

software engineering / sensor networks / communication infrastructure / communications world / synchronous algorithm / heterogeneous systems / distributed computing / computing / given infrastructure / homogeneous systems / local processing / /

Organization

Cambridge University / MIT / Society for Industrial and Applied Mathematics / /

Person

Andrzej Pelc / Yvonne-Anne Pignolet / David Peleg / Stefan Schmid / Clifford Stein / Nancy A. Lynch / Thomas Locher / James Aspnes / Johannes Schneider / Jochen Seidel / Peter Ruzicka / Raphael Eidenbenz / Ronald L. Rivest / Hagit Attiya / Ralf Klasing / Pascal von Rickenbach / Juraj Hromkovic / Jennifer Welch / Philipp Brandes / Remo Meier / Walter Unger / Roland Flury / Thomas Moscibroda / John Wiley Interscience / Fabian Kuhn / Charles E. Leiserson / Barbara Keller / Christoph Lenzen / Thomas H. Cormen / Stephan Holzer / /

ProvinceOrState

New York / /

PublishedMedium

Theoretical Computer Science / /

Technology

cryptography / Deterministic Distributed Algorithms / peer-to-peer / synchronous algorithm / network algorithms / shared memory / peer-to-peer system / /

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