[Javapathfinder-devel] PADTAD 2009 CFP

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Hi,

Attached is the PADTAD 2009 CFP. Please consider submitting to it and
participating.

Thanks,

Neha

=================================================================================

[Apologies for multiple copies]

           Workshop on Parallel and Distributed Systems:
                  Testing, Analysis, and Debugging
                           (PADTAD - VII)
                          July 19-20, 2009
	http://www.haifa.il.ibm.com/Workshops/padtad2009/index.shtml

                       In conjunction with
      International Symposium on Software Testing and Analysis
                          (ISSTA 2009)

IMPORTANT DATES
====================================================================
Submission deadline: 	19 April 2009
Author notification: 	11 May 2009
Final version:  		25 May 2009
PADTAD Workshop: 		19-20 July 2009

GOALS & SCOPE OF WORKSHOP
====================================================================

The PADTAD 2009 workshop is a two days event at ISSTA 2009 focusing on
techniques and systems that aid in the testing, analysis, and
debugging of multi-threaded/parallel/distributed applications
systems. The workshop has a practical and applied emphasis on systems
that have been implemented in (at least) prototype form. The workshop
concentrates on works whose main contributions are in the field of
testing, debugging, and education.

Although debuggers and profilers are the traditional examples of
testing and debugging tools on sequential machines, there are issues
unique to concurrent systems that are not commonly addressed. Examples
of such significant challenges include deadlock, load imbalance, data
sharing patterns, race conditions, and contention. Established testing
techniques and tools are insufficient for non-sequential programs
because they largely ignore timing and scheduling which are inherent
in concurrent systems.  Beyond the shortcomings on current tools and
technologies, the rising generating of programmers and designers need
to be more versed in concurrent systems design and programming.

Education and curriculum are critical to fully realizing the full
potential of multi-core technology as we need to begin training now
the students who will make multi-core happen in a large scale.  As
such, we strongly encourage abstracts and regular papers devoted to
education and curriculum at all levels including pedagogy, exercises,
projects, experience reports, etc.

Following is a broad list of topics of interest to the workshop:

    * Curriculum and education for multi-core design, programming,
      testing, and analysis
    * Techniques for multi-core processors
    * Techniques for MPI and OpenMP or other library based
      applications
    * Transactional memory
    * Tools for testing or debugging of
      Multi-threaded/Parallel/Distributed applications
    * Test generation algorithms for
      Multi-threaded/Parallel/Distributed applications
    * Debugging advanced network interface technologies (e.g.,
      Myrinet, VIA)
    * Debugging and testing Multi-threaded/Parallel/Distributed
      applications
    * Testing and Debugging of
      Multi-threaded/Parallel/Distributed applications written
      using domain-specific languages
    * Using static analysis or formal verification to enhance
      debugging and testing of
      Multi-threaded/Parallel/Distributed applications
    * Formal specification of concurrency libraries, and uses in
      compliance testing of implementations
    * Detecting race conditions and deadlocks
    * Replay of Multi-threaded/Parallel/Distributed applications
    * Finding timing bugs early in the process
    * Testing real-time Multi-threaded/Parallel/Distributed
      applications
    * Fault injection of Multi-threaded/Parallel/Distributed
      applications
    * Testing the fault tolerance of
      Multi-threaded/Parallel/Distributed applications
    * Testing and debugging techniques for timing related bugs in
      hardware
    * Pilots in applying new testing techniques to
      Multi-threaded/Parallel/Distributed applications
    * Multi-threaded/Parallel/Distributed review techniques and
      review tools
    * Teaching of Multi-threaded/Parallel/Distributed system
      design, verification and testing

Accepted papers, as well as education session abstracts, will be
published in a CD-ROM proceedings and will be included in the ACM
Digital Library.

TUTORIALS
====================================================================

Intel®'s Threading Building Blocks - a Shared Memory Parallel
Programming Library By Arch Robison, Senior Principal Engineer, Intel
Corporation

This tutorial is an introduction to Intel's Threading Building Blocks
(Intel's TBB), a commercially supported open-source C++ template
library for shared-memory parallel programming, notably for multi-core
processors. Though threads are a popular means of shared-memory
parallel programming, they are a low-level unstructured construct
whose undisciplined use can cause both correctness and performance
problems. This tutorial explains these problems and how TBB addresses
them, without resorting to special compilers or languages. The
tutorial will explain the architecture of TBB, its motivation, and how
to effectively apply TBB to problems by using parallel generic
programming. Attendees will get some hands on experience with TBB

Multicore Programming with Cilk++
By Pablo Halpern, Member of Technical Staff, Cilk Arts

This hands-on tutorial is an introduction to Cilk++, a faithful
extension of C++ into the multicore realm. The tutorial will introduce
key parallel programming concepts impacting performance and
reliability, and illustrate how to multicore-enable existing C++
applications using Cilk++. In a hands-on lab exercise featuring both
Linux GCC and Visual Studio environments, attendees will:

  * Apply the Cilk++ keywords to expose parallelism in a sequential
    application
  * Use the Parallel Performance Analyzer to optimize the application
  * Use the Cilkscreen Race Detector to identify race bugs
  * Apply Cilk++ hyperobjects to eliminate data races on global
    variables

ORGANIZATION
====================================================================
	PADTAD General Chair:
    * Ganesh Gopalakrishnan
      University of Utah

    PADTAD Program Chair
    * Eitan Farchi
      IBM Haifa Research Laboratory

    PADTAD Community Chair
    * Eric Mercer
      Brigham Young University

PROGRAM COMMITTEE
====================================================================
 * Eric Mercer, Brigham Young University, U.S.A
 * Yosi Ben-Asher, Haifa University, Israel
 * Giorgio Delzanno, Universita di Genova, Italy
 * Jack Dongarra, University of Tennessee, U.S.A
 * Eitan Farchi, IBM Haifa Research Lab, Israel
 * Mike Feeley, University of British Columbia, Canada
 * Bernd Finkbeiner, Universität des Saarlandes , Germany
 * Cormac Flanagan, University of California, Santa Cruz, USA
 * Ganesh Gopalakrishnan, University of Utah
 * Klaus Havelund, NASA's Jet Propulsion Labratory
 * Daniel J. Quinlan, Lawrence Livermore National Labratories, U.S.A
 * Joao Lourenco, Univ. Nova de Lisboa, Portugal
 * Zhiqiang Ma, Intel, U.S.A
 * Paul Petersen, Intel U.S.A
 * Shaz Qadeer, Microsoft Research, USA
 * Madan Musuvathi, Microsoft Research, USA
 * Grigore Rosu, University of Illinois at Urbana-Champaign, U.S.A
 * Christoph Steindl, Catalysts, Austria
 * Scott Stoller, SUNY, U.S.A
 * Paul Strooper, University of Queensland, Australia
 * Serdar Tasiran, Koç University, Turkey
 * Shmuel Ur, IBM Haifa Research Lab, Israel
 * Willem Visser, SEVEN Networks, U.S.A
 * Tao Xie, North Carolina State University, U.S.A
 * Matt Might, University of Utah, U.S.A.
 * Rajeev Thakur, Argonne National Laboratory, U.S.A.

-- 
-------------------------------------------------
Neha Rungta
Research Assistant
Verification and Validation Lab
Brigham Young University
http://neharungta.com
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