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Cyclone: Safe Programming at the C Level of Abstraction

Cyclone: Safe Programming at the C Level of Abstraction

Cyclone: Safe Programming at the C Level of Abstraction. Dan Grossman Cornell University Joint work with: Trevor Jim (AT&T), Greg Morrisett, Michael Hicks (Maryland), James Cheney, Yanling Wang. A safe C-level language. Cyclone is a programming language and compiler

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998 views • 83 slides
Cyclone: Safe Programming at the C Level of Abstraction

Cyclone: Safe Programming at the C Level of Abstraction

Cyclone: Safe Programming at the C Level of Abstraction. Dan Grossman Cornell University Joint work with: Trevor Jim (AT&T), Greg Morrisett, Michael Hicks (Maryland), James Cheney, Yanling Wang. A safe C-level language. Cyclone is a programming language and compiler

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981 views • 83 slides
Hierarchical Pointer Analysis for Distributed Programs

Hierarchical Pointer Analysis for Distributed Programs

Hierarchical Pointer Analysis for Distributed Programs. Amir Kamil and Katherine Yelick U.C. Berkeley August 23, 2007. Background. Hierarchical Machines. Parallel machines often have hierarchical structure. level 1 (thread local). level 2 (node local). 1. A. level 3 (cluster local).

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412 views • 41 slides
CSE332: Data Abstractions Lecture 23: Programming with Locks and Critical Sections

CSE332: Data Abstractions Lecture 23: Programming with Locks and Critical Sections

CSE332: Data Abstractions Lecture 23: Programming with Locks and Critical Sections. Dan Grossman Spring 2010. Concurrency: where are we. Done: The semantics of locks Locks in Java Using locks for mutual exclusion: bank-account example This lecture:

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342 views • 34 slides
CSE332: Data Abstractions Lecture 23: Programming with Locks and Critical Sections

CSE332: Data Abstractions Lecture 23: Programming with Locks and Critical Sections

CSE332: Data Abstractions Lecture 23: Programming with Locks and Critical Sections. Tyler Robison Summer 2010. Concurrency: where are we. Done: The semantics of locks Locks in Java Using locks for mutual exclusion: bank-account example This lecture: Race conditions

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487 views • 33 slides
Atomicity via Source-to-Source Translation

Atomicity via Source-to-Source Translation

Atomicity via Source-to-Source Translation. Benjamin Hindman Dan Grossman University of Washington 22 October 2006. Atomic. An easier-to-use and harder-to-implement primitive. void deposit (int x ){ synchronized (this){ int tmp = balance; tmp += x; balance = tmp; }}.

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414 views • 33 slides
Geant4 MT: an update

Geant4 MT: an update

Geant4 MT: an update. J. Apostolakis for Geant4-MT developers Xin Dong, Gene Cooperman (Northeastern Univ.) Makoto Asai , Daniel Brandt (SLAC) J. Apostolakis, G. Cosmo (CERN). Outline. Extending model of parallelism (TBB, dispatch) - CMS, ATLAS/ISF

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437 views • 32 slides
Sequential reductions for verifying serializability

Sequential reductions for verifying serializability

Sequential reductions for verifying serializability. Hagit Attiya Technion & EPFL G. Ramalingam MSR India Noam Rinetzky University of London. The goal. Verify concurrent data structures Pre-execution static analysis E.g., linked list with hand-over-hand locking

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318 views • 25 slides

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