'2 processor' presentation slideshows

Execution Replay for Multiprocessor Virtual Machines

382 views • 28 slides

DISTRIBUTED ALGORITHMS AND SYSTEMS

DISTRIBUTED ALGORITHMS AND SYSTEMS. Spring 2014 Prof. Jennifer Welch. Read/Write Shared Variables. In one atomic step a processor can read the variable or write the variable but not both!. Bakery Algorithm. An algorithm for no lockout mutual exclusion

354 views • 25 slides

CPSC 668 Distributed Algorithms and Systems

CPSC 668 Distributed Algorithms and Systems. Fall 2006 Prof. Jennifer Welch. Read/Write Shared Variables. In one atomic step a processor can read the variable or write the variable but not both!. Bakery Algorithm. An algorithm for no lockout mutual exclusion

327 views • 25 slides

Mutual Exclusion with Shared Memory

Mutual Exclusion with Shared Memory. Slides by Prof. Jennifer Welch. Read/Write Shared Variables. In one atomic step a processor can read the variable or write the variable but not both!. Bakery Algorithm. An algorithm for no lockout mutual exclusion

390 views • 25 slides

CPSC 668 Distributed Algorithms and Systems

CPSC 668 Distributed Algorithms and Systems. Spring 2008 Prof. Jennifer Welch. Read/Write Shared Variables. In one atomic step a processor can read the variable or write the variable but not both!. Bakery Algorithm. An algorithm for no lockout mutual exclusion

342 views • 25 slides

CPSC 668 Distributed Algorithms and Systems

CPSC 668 Distributed Algorithms and Systems. Fall 2009 Prof. Jennifer Welch. Number of R/W Variables. Bakery algorithm used 2n shared read/write variables. Tournament tree algorithm used 3n shared read/write variables. Can we do (asymptotically) better, in terms of fewer variables? No!.

327 views • 22 slides

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS. Fall 2011 Prof. Jennifer Welch. Number of R/W Variables. Bakery algorithm used 2n shared read/write variables. Tournament tree algorithm used 3n shared read/write variables. Can we do (asymptotically) better, in terms of fewer variables? No!.

260 views • 22 slides

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS

CSCE 668 DISTRIBUTED ALGORITHMS AND SYSTEMS. Spring 2014 Prof. Jennifer Welch. Number of R/W Variables. Bakery algorithm used 2n shared read/write variables. Tournament tree algorithm used 3n shared read/write variables. Can we do (asymptotically) better, in terms of fewer variables?

230 views • 22 slides

272 views • 12 slides