== Lecture ==

The slides are {{starving_cpu:starvingcpus.pdf|here}}.

Video of this lecture:

  * [[http://www.physik.uzh.ch/data/aspp/4_0_CPU_a.webm|Part A]]
  * [[http://www.physik.uzh.ch/data/aspp/4_0_CPU_b.webm|Part B]]

== Exercises ==

The exercises are {{starving_cpu:starving-cpu-exercises.tar.gz|here}}.

For the multiprocessor exercises, please login in the NUMA 48-core machine (SGI SV 100) generously provided by the [[http://www.gc3.uzh.ch/|GC3 group]]:

  * Log in the SGI SV 100 machine:
    <code bash>
    $ ssh username@login.gc3.uzh.ch  # connect to bastion host first
    login1$ ssh sgi01.gc3            # log in to the SGI NUMA machine
    </code>

  * Untar the exercises into your home directory:
    <code bash>
    $ tar xvfz /home/faltet/starving-cpu-exercises.tar.gz</code>

  * Change into the new exercises directory to find the scripts:
    <code bash>
    $ cd starving-cpu/exercises</code>

  * For editing files remote files you can use either 'vi' (the standard de-facto editor for Unix) or 'nano' (a very easy-to-use editor).


  * Do the exercises by following the {{starving_cpu:guidelines.txt|guidelines}}.


== Solution for the exercises ==

The answers to the exercises can be find {{starving_cpu:answers.txt|here}}.  And {{starving_cpu:starvingcpus-solutions-material.tar.gz|here}} there are the auxiliary material that provides background for the solutions (look specially at the 'Timings-escher.ods' OO spreadsheet).