<--- Back to Details
First PageDocument Content
Parallel computing / Unified Parallel C / Identifiers / Universal identifiers / Computer memory / Universal Product Code / Memory model / Thread / Pointer / Computing / Concurrent computing / Software engineering
Date: 2013-12-04 13:04:21
Parallel computing
Unified Parallel C
Identifiers
Universal identifiers
Computer memory
Universal Product Code
Memory model
Thread
Pointer
Computing
Concurrent computing
Software engineering

Microsoft Word - Manual-01r2.doc

Add to Reading List

Source URL: www.gwu.edu

Download Document from Source Website

File Size: 348,11 KB

Share Document on Facebook

Similar Documents

Software engineering / C++ / Computing / Computer programming / Pointer / Const / Undefined behavior / C dynamic memory allocation / Data type / Optimizing compiler / C++11 / Stack

A Formal C Memory Model Supporting Integer-Pointer Casts Jeehoon Kang Chung-Kil Hur ∗

DocID: 1xVYp - View Document

Concurrency control / Computing / Computer architecture / Computer programming / Synchronization / Linearizability / Memory barrier / Parallel computing / Mutual exclusion / Critical section / Lock / Thread

Pattern-based Synthesis of Synchronization for the C++ Memory Model Yuri Meshman Noam Rinetzky

DocID: 1xVip - View Document

C / Data types / Software engineering / Computing / Computer programming / Pointer / Compatibility of C and C++ / Const / Typedef

A Context-Sensitive Memory Model for Verification of C/C++ Programs Arie Gurfinkel and Jorge A. Navas University of Waterloo and SRI International SAS’17, August 30th, 2017

DocID: 1xVcw - View Document

Pointer / Graph

A Context-Sensitive Memory Model for Verification of C/C++ Programs? Arie Gurfinkel1 and Jorge A. Navas2 1 University of Waterloo (Canada)

DocID: 1xV9n - View Document

Computing / Software engineering / Concurrent computing / Concurrency control / C++ / Parallel computing / Transaction processing / Concurrency / Linearizability / C++11 / Thread / POSIX Threads

The C/C++ Memory Model: Overview and Formalization Mark Batty Jasmin Blanchette Susmit Sarkar Peter Sewell

DocID: 1xU8L - View Document