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Previous Courses, Workshops, Tutorials and Training

Inhalt

GPGPU Programming

Date: Monday, June 14, 2010 ? Wednesday, June 16, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: Heterogeneous GPGPU computing promises tremendous acceleration of applications. This programming workshop includes hands-on sessions, application examples and an introduction to CUDA, CAPS, cuBLAS, cuFFT, the Portland Group Fortran Compiler, pycuda, and R. The intended audience includes scientists which want to port their simulation software to GPGPUsas well as people interested in a short overview of the available programming techniques.
Prerequisites Participants should have a fair understanding of programming in general and should have knowledge in at least one of the following programming languages: Fortran, C/C++, Python.
Language: English
Teachers: Dr. Allalen, Dr. Jamitzky, Dr. Satzger, Dr.Weinberg, N.N. (from NVidia)
Registration: Via the LRZ registration form (Please choose course HPGU1S10)

Visualisation of Large Data Sets on Supercomputers

Date: June 29, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: The results of supercomputing simulations are data sets which have grown considerably over the years, giving rise to a need for parallel visualisation software packages. The course focuses on the software packages Paraview, Visit and Vapor and their use to visualize and analyse large data sets generated by supercomputer applications which are typically generated in the fields of CFD, molecular modelling, astrophysics, quantum chemistry and similar. Hands-on sessions featuring example applications are given.
Prerequisites Participants should have some basic knowledge in programming and use of the Linux operating environment.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger, Dr. Rampp (RZG)
Registration: Via the LRZ registration form (Please choose course HVLS1S10)

Parallel programming with R

Date: July 6, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: R is known as a very powerful language for statistics, but it has also evolved into a tool for the analysis and visualisation of large data sets which are typically obtained from supercomputing applications. The course teaches the use of the dynamic language R for parallel programming of supercomputers and features rapid prototyping of simple simulations. Several parallel programming models including Rmpi, snow, multicore, and gputools are presented which exploit the multiple processors that are standard on modern supercomputer architectures. Hands-on sessions with example applications are given.
Prerequisites Participants should have some basic knowledge in programming with R.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (Please choose course HPPR1S10)

 

Data mining of XML data sets using R

Date: July 14, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: Large data sets are often stored on the web in XML format. Automated access and analysis of these data sets presents a non-trivial task. The dynamic language R is known as a very powerful language for statistics, but it has also evolved into a tool for the analysis and visualisation of large data sets. In this course R will be used to perform and automate these tasks and visualise the results interactively and on the web. The course includes hands-on sessions.
Prerequisites Participants should have some basic knowledge in programming with R, as well as basic understanding of XML.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (Please choose course HDXM1S10)

Scientific High-Quality Visualisation with R

Date: July 20, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: R is a powerful software that can also easily be used for high quality visualisation of large datasets of various kinds like particle data, continuous volume data, etc. The range of different plots is comprised of line plots, contour plots, surface plots up to interactive 3D opengl plotting. The course features hands-on sessions with examples.
Prerequisites Participants should have some basic knowledge in programming with R.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (Please choose course HSVR1S10)

Einführung in Virtual Reality

Date: Jan 22, 2010 10:00-12:00
Location: LRZ Building, University campus Garching, near Munich
Contents: Der Vortrag vermittelt Grundlagen zu Virtual Reality im Hinblick auf die Anwendung in der wissenschaftlichen Visualisierung. Vorgestellt werden verschiedene Techniken zu Stereoskopie, Tracking und Interaktion. Wir demonstrieren wissenschaftliche Anwendungen live an der Zwei-Flächenholobench und an der mobilen 3-D-Projektionsanlage. Dabei gehen wir auf Einsatzmöglichkeiten von 3-D-Techniken in verschiedenen Fachbereichen ein.
Language: Deutsch
Teachers: J. Dreer, Dr. P. Weinert
Registration: Via the LRZ registration form (Please choose course GVIS1W09)

Programming with Fortran

Date: Monday, February 8 - Friday, February 12, 2010, 9:00-18:00
Location: LRZ Building, Garching/Munich, Boltzmannstr. 1
Contents: This course is targeted at scientists with little or no knowledge of the Fortran programming language, but need it for participation in projects using a Fortran code base, for development of their own codes, and for getting acquainted with additional tools like debugger and syntax checker as well as handling of compilers and libraries. The language is for the most part treated at the level of the Fortran 95 standard; features from Fortran 2003 are limited to improvements on the elementary level. Advanced Fortran features like object-oriented programming or coarrays will be covered in a follow-on course in October.

To consolidate the lecture material, each day?s approximately 4 hours of lecture are com­ple­mented by 3 hours of hands-on sessions.
Prerequisites Course participants should have basic UNIX/Linux knowledge (login with secure shell, shell commands, simple scripts, editor vi or emacs).
Language: English
Teachers: R. Bader
Registration: Via the LRZ registration form (registration is closed)

Scientific 3D Animation with Blender

Date: Thursday February 18, 2010 ? Friday February 19, 2010
Location: LRZ Building, Garching/Munich, Boltzmannstr. 1
Contents: This course provides an introduction to visualization of scientific simulation data using the open source Blender 3D animation package (www.blender.org). Participants will be taught techniques to generate impressive and professional quality animations of the data obtained from their own scientific projects. Based on an example project using a protein molecule, all steps from importing the data over geometry correction and material assignment down to illumination, key framing and post-production are discussed.
Language: English
Teachers: Dr. H. Satzger, A. Weikert
Registration: Via the LRZ registration form (Please choose course HVIS1W09)

Parallel Programming of High Performance Systems

Date: Monday, March 8 - Friday, March 12, 2010, 9:00-18:00
Location: RRZE building, University campus Erlangen, Martensstr.1 (how to get there)
LRZ Building, University campus Garching, near Munich (via video conference)
Contents: This course, a collaboration of Erlangen Regional Computing Centre (RRZE) and LRZ, is targeted at students and scientists with interest in programming modern HPC hardware, specifically the large scale parallel computing systems available in Jülich, Stuttgart and Munich.

Each day is comprised of approximately 4 hours of lectures and 3 hours of hands-on sessions.

Day 1

  • Introduction to High Performance Computing
  • HPC systems at LRZ and in Germany
  • Technical aspects of software engineering: development process, usage of libraries, memory management, tools for code documentation, development environments
  • Tools: Using Secure Shell, Screen, SVN and Make

Day 2

  • Processor Architectures: Register, Cache, Locality, Performance metrics
  • Overview of Accelerators
  • Basic features of parallel programming with MPI and OpenMP
  • Using the Batch systems and software environment at LRZ/RRZE

Day 3

  • Architecture independent optimization strategies: unrolling, blocking, dependencies, C++ issues, bandwidth issues, performance projectionscw
  • architecture specific optimization strategies: compiler switches, avoiding cache thrashing, exploiting SIMD capabilities
  • Features of current processor architectures relevant for HPC
  • Using performance libraries

Days 4 + 5

  • Parallel algorithms: data parallelism, domain decomposition, task parallelism, master-worker, granularity, load balancing, scalability models
  • Parallel Architectures: multi-core, multi-socket, ccNUMA, cache coherence and affinity, tools for handling memory affinity
  • Distributed memory architectures, interconnects and their topologies
  • Advanced OpenMP
  • Advanced MPI
Prerequisites Good working knowledge of at least one of the standard HPC languages: Fortran 95, C or C++.
Language: English
Teachers: G. Hager/RRZE, R. Bader
Registration: Via the LRZ registration form (Please choose course HPAR1W09)

5th VI-HPS Tuning Workshop

Date: Monday, March 8, 9:00 - Wednesday, March 10, 2010, 15:00
Location: Technische Universität München
Fakultät für Mathematik und Informatik
Boltzmannstr. 3 (building next to LRZ)
85748 Garching
Contents:

The Chair of Computer Architecture (LRR) of the Techische Universität München and the VI-HPS (Virtual Institute - High Productivity Supercomputing) organize a workshop on tuning of parallel programs using tools developed by the VI-HPS.

The workshop aims at experienced users who develop, optimize, and port larger programs. It is expected that these users can pass the obtained knowledge to their working groups.

Classroom capacity is limited, therefore priority will be given to applicants with codes already running on HPC systems. Participants are therefore encouraged to prepare their own MPI, OpenMP and hybrid OpenMP/MPI parallel application code(s) for analysis.

Participants are expected to use their own notebook computers for the first day tutorial using a Live-DVD for hands-on exercises: it may be possible to arrange alternatives for those who don't have access to an x86-compatible notebook computer with DVD drive, if the organizers are informed in advance.

The workshop covers the following tools:

  • MARMOT is a free correctness checking tool for MPI programs developed by TUD-ZIH and HLRS.
  • PAPI is a free library interfacing to hardware performance counters developed by UTK-ICL, used by Periscope, Scalasca, VampirTrace, and multiple other tools.
  • Periscope is a prototype automatic performance analysis tool using a distributed online search for performance bottlenecks being developed by TUM.
  • Scalasca is an open-source toolset developed by JSC that can be used to analyze the performance behaviour of parallel applications and automatically identify inefficiencies.
  • Vampir is a commercial framework and graphical analysis tool developed by TUD-ZIH to display and analyze trace files.
  • VampirTrace is an open-source library for generating event trace files which can be analyzed and visualized by Vampir.
Language: English
More information: see: http://www.vi-hps.org/vi-hps-tw5/ and contact:  petkovve_at_in.tum.de

Advanced Topics in High Performance Computing

Date: Monday, March 22 - Wednesday, March 24, 2010, 9:00-18:00
Location: LRZ Building, University campus Garching, near Munich
RRZE building, University campus Erlangen (via video conference)
Contents: In this add-on course to the parallel programming course special topics are treated in more depth, in particular performance analysis and I/O. It is provided in collaboration of Erlangen Regional Computing Centre (RRZE) and LRZ.

Each day is comprised of approximately 5 hours of lectures and 2 hours of hands-on sessions.

 Day 1

  • Intel Tracing Tools: MPI tracing and correctness checking
  • Intel Threading tools for OpenMP correctness checking and profiling
  • Profiling on SGI Altix systems: histx and lipfpm
  • Introduction to Scalasca

 Day 2

  • Parallel application performance analysis with Scalasca
  • Parallel input/output with MPI-IO

 Day 3

  • I/O tuning on high performance file systems
  • Portability of binary files, big/little endian issues
  • Using I/O libraries (pNetCDF, HDF5)
Prerequisites Good MPI and OpenMP knowledge as presented in the course ?Parallel programming of High Performance Systems?.
Language: English
Teachers: Dr. R. Bader et.al.
Registration: Via the LRZ registration form (Please choose course HPAR2W09)

Debugging serial and parallel applications with Allinea DDT

Date: Tuesday, April 13, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: Talk and hands-on session on the Allinea DDT debugger; users are encouraged to bring their own applications. There will be an opportunity to test parallel debugging with up to 256 tasks on the SGI ICE prototype system at LRZ.
Prerequisites Basic UNIX knowledge, as well as good working experience with at least one set of development tools (C, C++ or Fortran compiler)
Language: English
Teacher: Mark O'Connor (Allinea)
Registration: Via the LRZ registration form (Please choose course HDDT1S10)

Introduction to Molecular Modeling on Supercomputers

Date: Wednesday, April 14, 2010 ? Thursday, April 15, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: The course gives an introduction into the simulation of molecules based on several software packages (e.g. NAMD, VMD) on the supercomputers at LRZ Garching. This also includes an  introduction to the remote visualization services at LRZ as well as hands-on sessions.
Prerequisites Basic Knowledge of molecular simulations
Language: English
Teachers: Dr. F. Jamitzky, Dr. H. Satzger and Dr. M. Allalen
Registration: Via the LRZ registration form (Please choose course HMMS1S10)

Einführung in Virtual Reality

Datum: Freitag, 7. Mai 2010 13:30-16:00
Ort: LRZ Gebäude auf dem Garchinger Campus-Gelände, Raum H.U.009
Inhalt: Der Vortrag vermittelt Grundlagen zu Virtual Reality im Hinblick auf die Anwendung in der wissenschaftlichen Visualisierung. Vorgestellt werden verschiedene Techniken zu Stereoskopie, Tracking und Interaktion.
Wir demonstrieren wissenschaftliche Anwendungen live an der Zwei-Flächen Holobench und an der mobilen 3-D-Projektionsanlage. Dabei gehen wir auf Einsatzmöglichkeiten von 3-D-Techniken in verschiedenen Fachbereichen ein.
Voraussetzungen: keine
Sprache: Deutsch
Vortragende: Jutta Dreer, Dr. Peter Weinert
Registrierung: Über die Kursanmeldung (Bitte Kurs GVIS1S10 wählen)

Introduction to the Usage of High Performance Systems,
Remote Visualization and Grid Facilities at LRZ

Date: Wednesday, June 9, 2010 14:00-17:00
Location: LRZ Building, University campus Garching, near Munich
Contents: The National High-End System HLRB II provides nearly ten thousand cores and the Linux cluster systems at LRZ more than 4,000 cores to scientists and students. Furthermore, powerful remote visualization facilities are available. Based on hands-on examples, an easy-to-follow introduction to the hard- and software of the cluster systems, the visualization systems and usage of the grid middleware (Globus Toolkit) is given. Grid certificates can be provided if needed.
Prerequisites For obtaining a grid certificate participants are required to show a valid ID card or passport
Language: English
Teachers: Dr. F. Jamitzky, Dr. H. Satzger et al.
Registration: Via the LRZ registration form (Please choose course HPCI1S10)

GPGPU Programming

Date: Monday, June 14, 2010 ? Wednesday, June 16, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: Heterogeneous GPGPU computing promises tremendous acceleration of applications. This programming workshop includes hands-on sessions, application examples and an introduction to CUDA, CAPS, cuBLAS, cuFFT, the Portland Group Fortran Compiler, pycuda, and R. The intended audience includes scientists which want to port their simulation software to GPGPUsas well as people interested in a short overview of the available programming techniques.
Prerequisites Participants should have a fair understanding of programming in general and should have knowledge in at least one of the following programming languages: Fortran, C/C++, Python.
Language: English
Teachers: Dr. Allalen, Dr. Jamitzky, Dr. Satzger, Dr.Weinberg, N.N. (from NVidia)
Registration: Via the LRZ registration form (not yet open)

Visualisation of Large Data Sets on Supercomputers

Date: June 29, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: The results of supercomputing simulations are data sets which have grown considerably over the years, giving rise to a need for parallel visualisation software packages. The course focuses on the software packages Paraview, Visit and Vapor and their use to visualize and analyse large data sets generated by supercomputer applications which are typically generated in the fields of CFD, molecular modelling, astrophysics, quantum chemistry and similar. Hands-on sessions featuring example applications are given.
Prerequisites Participants should have some basic knowledge in programming and use of the Linux operating environment.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (not yet open)

Parallel programming with R

Date: July 6, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: R is known as a very powerful language for statistics, but it has also evolved into a tool for the analysis and visualisation of large data sets which are typically obtained from supercomputing applications. The course teaches the use of the dynamic language R for parallel programming of supercomputers and features rapid prototyping of simple simulations. Several parallel programming models including Rmpi, snow, multicore, and gputools are presented which exploit the multiple processors that are standard on modern supercomputer architectures. Hands-on sessions with example applications are given.
Prerequisites Participants should have some basic knowledge in programming with R.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (not yet open)

Data mining of XML data sets using R

Date: July 14, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: Large data sets are often stored on the web in XML format. Automated access and analysis of these data sets presents a non-trivial task. The dynamic language R is known as a very powerful language for statistics, but it has also evolved into a tool for the analysis and visualisation of large data sets. In this course R will be used to perform and automate these tasks and visualise the results interactively and on the web. The course includes hands-on sessions.
Prerequisites Participants should have some basic knowledge in programming with R, as well as basic understanding of XML.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (not yet open)

Scientific High-Quality Visualisation with R

Date: July 20, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: R is a powerful software that can also easily be used for high quality visualisation of large datasets of various kinds like particle data, continuous volume data, etc. The range of different plots is comprised of line plots, contour plots, surface plots up to interactive 3D opengl plotting. The course features hands-on sessions with examples.
Prerequisites Participants should have some basic knowledge in programming with R.
Language: English
Teachers: Dr. Jamitzky, Dr. Satzger
Registration: Via the LRZ registration form (not yet open)

Compact course: Iterative linear solvers and parallelization

Date: Monday, October 4 - Friday, October 8, 2010, 8:30-17:30
Location: LRZ Building, Garching/Munich, Boltzmannstr. 1
Contents: The focus of this compact course is on iterative and parallel solvers, the parallel programming models MPI and OpenMP, and the parallel middleware PETSc.

Different modern Krylov Subspace Methods (CG, GMRES, BiCGSTAB ...) as well as highly efficient preconditioning techniques are presented in the context of real life applications.

Hands-on sessions (in C and Fortran) will allow users to immediately test and understand the

  • basic constructs of iterative solvers
  • the Message Passing Interface (MPI)
  • the shared memory directives of OpenMP.

This course is organized by the University of Kassel, the high performance computing centre of Stuttgart (HLRS) and IAG.
Language: German
Teachers: Prof. Dr. Andreas Meister from Uni. Kassel, Prof. Dr. Bernd Fischer from Uni. Lübeck, and Dr. Rolf Rabenseifner from HLRS
Registration: via the online registration form
Course Fee: Students without Diploma: 30 EUR
Students with Diploma (PhD students) at German universities: 60 EUR
Members of German universities and public research institutes: 60 EUR
others: 300 EUR
(includes food and drink at coffee breaks, will be collected on the first day of the course, cash only)
Further details: available from the HLRS page for the event

 

Advanced Fortran Topics

Date: Monday, October 11 - Friday, October 15, 2010, 9:00-18:00
Location: LRZ Building, Garching/Munich, Boltzmannstr. 1
Contents: This course is targeted at scientists who wish to extend their knowledge of Fortran beyond what is provided in the Fortran 95 standard. Some other tools relevant for software engineering are also discussed. Topics covered include
  • object oriented features, submodules
  • design patterns
  • generation and handling of shared libraries
  • mixed language programming
  • standardized IEEE arithmetic
  • I/O extensions from Fortran 2003
  • parallel programming with coarrays
  • the Eclipse development environment
  • source code versioning system (subversion)

To consolidate the lecture material, each day?s approximately 4 hours of lecture are com­ple­mented by 3 hours of hands-on sessions.
Prerequisites Course participants should have basic UNIX/Linux knowledge (login with secure shell, shell commands, simple scripts, editor vi or emacs). Good knowledge of the Fortran 95 standard is also necessary, such as covered in the winter semester course.
Language: English
Teachers: R. Bader, A. Block, M. Müller
Registration: not yet open

Parallel performance Analysis with VAMPIR

Date: October 18, 2010
Location: LRZ Building, University campus Garching, near Munich
Contents: Running parallel codes on large-scale systems with thousands of MPI tasks typically requires tuning measures in order to reduce MPI overhead, load balancing problems and serialized execution phases. VAMPIR is a tool that allows to identify and locate these scalability issues by generating trace files from program runs that can afterwards be analyzed using a GUI.
Prerequisites Participants are required to have good knowledge of either C, C++ or Fortran, as well of the message passing concepts (MPI) needed for parallel programming.
Language: English
Teachers: O. Rivera
Registration: Via the LRZ registration form (not yet open)

Introduction to the Usage of High Performance Systems,
Remote Visualization and Grid Facilities at LRZ

Date: October 20, 2010 14:00-17:00
Location: LRZ Building, University campus Garching, near Munich
Contents: The National High-End System HLRB II provides nearly ten thousand cores and the Linux cluster systems at LRZ more than 4,000 cores to scientists and students. Furthermore, powerful remote visualization facilities are available. Based on hands-on examples, an easy-to-follow introduction to the hard- and software of the cluster systems, the visualization systems and usage of the grid middleware (Globus Toolkit) is given. Grid certificates can be provided if needed.
Prerequisites For obtaining a grid certificate participants are required to show a valid ID card or passport
Language: English
Teachers: Dr. F. Jamitzky, Dr. H. Satzger et al.
Registration: Via the LRZ registration form (not yet open)

Introduction to the PGAS languages UPC and CAF

Date: January 19, 2011, 9:00-18:00
Location: LRZ Building, Garching/Munich, Boltzmannstr. 1
Contents: Partitioned global address space languages have emerged as an alternative to other parallel programming models, promising a shorter development cycle due to improved programmability while keeping the performance level on par with MPI. This course introduces the parallel  facilities integrated into the Fortran language (coarrays) and the C language (unified parallel C), respectively. A hands-on session allows to experiment with the new concepts, using prototype implementations on LRZ?s HPC systems.
Prerequisites Course participants should have a good working knowledge of Fortran and/or C.
Language: English
Teachers: A. Block, R. Bader
Registration: Via the LRZ registration form (not yet open for this course)
 

Parallel Programming with Cilk

Date: July 12-13, 2010
Location: LRZ Building, University campus Garching, near Munich
Overview: The course offers a hands-on tutorial of the parallel programming methodology and practice with Cilk. Unlike most parallel programming languages, Cilk is based on a model of parallel computations that enable the discriminating programmer to design, analyze, and optimize a parallel program from a reasonably simple theoretical perspective. For many applications, Cilk's provably efficient runtime system enables the programmer to focus on exposing the parallelism inherent in an algorithm, independent of the machine, and thereafter restrict the tuning effort to the sequential portion of the program. This sequential tuning effort is the same as for any sequential high-performance program, which is unavoidable to utilize today's complex microprocessors and memory hierarchies efficiently.
Background: Cilk is a multithreaded programming language developed in Prof. Charles Leiserson's Supercomputing Technologies Group at MIT's Lab for Computer Science in the 1990's. It is well suited for programming parallel systems from single-chip multicore processors to shared-memory supercomputers with reasonable programming effort.

 

The course intermixes lectures with hands-on lab sessions that practice the presented concepts on LRZ's SGI Altix Supercomputer.
Contents: July 12:

Gentle introduction to Cilk, including theoretical background, overview of the inner workings of Cilk, programming parallel loops, performance tuning by leaf coarsening, and developing an understanding of the interaction between theory and practice.

 

10:00 (2 hours) Introduction to Cilk

o Overview of Cilk

o Modeling Multithreaded Computations

o The Cilk Scheduler

o Cilk Implementation

o Parallel Loops

12:00 (1 hour) Lunch Break

13:00 (1 hour) Lab: Writing a simple parallel program with Cilk

14:00 (1.5 hours) Multithreaded Programming with Cilk

o Theoretical Foundation for Analyzing Cilk Programs

o Design and Analysis of Parallel Loops

o Matrix Multiplication

15:30 (0.5 hours) Coffee Break

16:00 (1.5 hours) Lab: Parallel matrix multiplication

17:30 Adjourn

 

July 13:

Advanced programming concepts, achieving high performance in face of the memory bottleneck, the quest for high processor utilization, and coping with irregular problems illustrated by means of search algorithms.

 

9:00 (1.5 hours) Cache Oblivious Algorithms

o Memory Bottleneck

o Program Restructuring for Cache Efficiency

o Design of Memory-efficient Parallel Programs

10:30 (1.5 hours) Lab: High-performance parallel matrix multiplication

12:00 (1 hour) Lunch Break

13:00 (1.5 hour) Irregular Parallel Problems

o Search Algorithms

o Advanced Cilk Features

o Programming Search Problems

14:30 (2 hours) Lab: Parallel search

16:30 Adjourn

 
Prerequisites Participants should have knowledge in programming with C or C++.
Language: English
Lecturers:
  1. Univ.-Prof. Dr. Volker Strumpen is a Professor of Computer Science at Johannes Kepler University Linz, Austria, and head of the Institute for Computer Architecture. He is one of the Cilkworms who codeveloped Cilk-5.
  2. DI Martin Polak is a University Assistant at the Institute for Computer Architecture at JKU Linz.
Registration: Via the LRZ registration form (Please choose course HPPC1S10)