<--- Back to Details
First PageDocument Content
Concurrent computing / Linearizability / Non-blocking algorithm / Test-and-set / Lock / Mutual exclusion / Parallel computing / Deadlock / Critical section / Concurrency control / Computing / Concurrency
Date: 2000-06-26 12:35:19
Concurrent computing
Linearizability
Non-blocking algorithm
Test-and-set
Lock
Mutual exclusion
Parallel computing
Deadlock
Critical section
Concurrency control
Computing
Concurrency

A Fast Mutual Exclusion Algorithm Leslie Lamport November 14, 1985 revised October 31, 1986 This report appeared in the ACM Transactions on Computer Systems,

Add to Reading List

Source URL: research.microsoft.com

Download Document from Source Website

File Size: 131,25 KB

Share Document on Facebook

Similar Documents

Administrivia  Design of Parallel and High-Performance Computing

Administrivia  Design of Parallel and High-Performance Computing

DocID: 1rqkH - View Document

Administrivia  Design of Parallel and High-Performance Computing

Administrivia  Design of Parallel and High-Performance Computing

DocID: 1rnNM - View Document

Aaron Turon  Research Statement My research lies broadly in the areas of programming languages and verification, with the goal of building reliable software systems. I am drawn to software components that are usually cha

Aaron Turon Research Statement My research lies broadly in the areas of programming languages and verification, with the goal of building reliable software systems. I am drawn to software components that are usually cha

DocID: 1rnbf - View Document

Reagents: Expressing and Composing Fine-grained Concurrency Aaron Turon Northeastern University

Reagents: Expressing and Composing Fine-grained Concurrency Aaron Turon Northeastern University

DocID: 1rk2P - View Document

Brief Announcement: Selfishness in Transactional Memory Raphael Eidenbenz Roger Wattenhofer  Computer Engineering and Networks Lab

Brief Announcement: Selfishness in Transactional Memory Raphael Eidenbenz Roger Wattenhofer Computer Engineering and Networks Lab

DocID: 1qKkF - View Document