+++ /dev/null
-/*! \page contrib Contrib section
-
-\htmlinclude .contrib.doc.toc
-
-\section contrib_intro A contrib section ? Why ?
-
-Many people have come to ask us more complex examples than the simple ones
-that are distributed with the main branch of the SimGrid project. We do not
-want to include complex examples in the main branch but we think it is a
-good idea that users share their experience. That is why we have created a
-contrib branch that can be used by people who have a nice piece of work
-using SimGrid and accept to share it. The licence of this code should be
-LGPL if possible. If you can't licence your code with LGPL, just tell us
-about it and we will try to sort out whether it makes sense to publish it
-here.
-
-\section contrib_msg Projects relying on MSG
-
-\subsection contrib_msg_gridmatrix Grid Matrix
-
-<a href="http://research.nektra.com/Grid_Matrix">Grid Matrix</a> is an
-application that lets you create your grid network and simulate the
-execution of distributed applications from a Graphic User Interface
-(GUI).
-
- - Features:
- - Complete design of the network.
- - Bindings for MSG.
- - Simulation run within the GUI.
- - Pause / Stop simulation.
- - Multiple trace options.
- - Python output and errors redirected to the GUI.
- - Grid Nodes change their red intensity to show activity.
- - Custom activity can be set by Python scripts.
- - Create graphics from scripts.
- - Requirements:
- - Microsoft Visual Studio VS2005 SP1 runtime
- - Future works:
- - Support other APIs in SimGrid.
- - Add a form to set process parameters.
- - Linux support.
-
-This is contributed by Pablo Yabo, and can be found here:
-http://research.nektra.com/Grid_Matrix
-
-\subsection contrib_msg_simboinc SimBoinc
-
-SimBOINC is a simulator for heterogeneous and volatile desktop grids
-and volunteer computing systems. The goal of this project is to
-provide a simulator by which to test new scheduling strategies in
-BOINC, and other desktop and volunteer systems, in general.
-
-It is contributed by Derrick Kondo and can be found here:
-http://simboinc.gforge.inria.fr/
-
-\subsection contrib_msg_garsim GarSim
-
-GarSim is a simulator of a scheduling meta-system or just of a batch
-system. This code is written in C++ and has many dependencies (with
-python, sqlite, some parts of condor, ...).
-
-It is maintained by Vincent Garonne (garonne::lal.in2p3.fr), and is
-part of the SimGrid SVN (directory contrib/garSim).
-
-\subsection contrib_msg_simbatch Simbatch
-
-This program simulates the behavior of a batch scheduler managing a
-cluster.
-
-This program is maintained by Jean-Sebastien Gay
-(Jean-Sebastien.Gay at ens-lyon.fr), and is part of the SimGrid SVN
-(directory contrib/Simbatch).
-
-
-\section contrib_gras Projects relying on GRAS
-
-\subsection contrib_gras_alnem ALNeM: Application Level Network Mapping
-
-This program is an application-level network mapper. It performs
-application level measurements and proposes a few reconstruction
-algorithms.
-
-This program is maintained by Arnaud Legrand, Martin Quinson and
-Lionel Eyraud, and is part of the SimGrid SVN (directory
-contrib/ALNeM).
-
-
-\section contrib_smpi Projects relying on SMPI
-
-(nothing for now)
-
-\section contrib_surf Projects relying on SURF
-
-(nothing for now)
-
-\section contrib_partners Projects that facilitates SimGrid usability
-
-<a href="http://triva.gforge.inria.fr/">TRIVA</a> is an open-source tool used to analyze traces (in the pajé format) registered during the execution of parallel applications. The tool serves also as a sandbox to the development of new visualization techniques. Some features include:
- - Temporal integration using dynamic time-intervals
- - Spatial aggregation through hierarchical traces
- - Scalable visual analysis with Squarified Treemaps
- - A Custom Graph Visualization
-
-SimGrid includes a tracing system capable to generate traces that can be easily visualized using Triva. It is so since version 3.4 (and works seemly since version 3.6). It is very useful when you to understand why and how your simulation behaves, so let's have a look to the vids on <a href="http://triva.gforge.inria.fr/">TRIVA website</a>.
-
-\section contrib_page_ranking Page ranking
-
-\li If you want to help SimGrid in being well ranked in google with the good keyword, juste copy/paste
-this code to reference simgrid in your web page :
-
-\verbatim
-<a href="http://simgrid.gforge.inria.fr/" title="Scalable simulation of distributed systems : grid simulator, P2P simulator, MPI simulator">Simgrid</a>
-\endverbatim
-
-The output looks like this :
-\htmlonly
-<a href="http://simgrid.gforge.inria.fr/" title="Scalable simulation of distributed systems : grid simulator, P2P simulator, MPI simulator">Simgrid</a>
-\endhtmlonly
-
-\li You can also use this logo-embedded version if you want to :
-
-\verbatim
-<a href="http://simgrid.gforge.inria.fr/" title="Scalable simulation of distributed systems : grid simulator, P2P simulator, MPI simulator">
- <img src="http://simgrid.gforge.inria.fr/logos/SIMGRID_Logo_Thumbs_up.png"
- alt="Scalable simulation of distributed systems : grid simulator, P2P simulator, MPI simulator" align="center">
-</a>
-\endverbatim
-
-Here is the output of it :
-\htmlonly
-<a href="http://simgrid.gforge.inria.fr/" title="Scalable simulation of distributed systems : grid simulator, P2P simulator, MPI simulator">
- <img src="http://simgrid.gforge.inria.fr/logos/SIMGRID_Logo_Thumbs_up.png"
- alt="Scalable simulation of distributed systems : grid simulator, P2P simulator, MPI simulator" align="center">
-</a>
-\endhtmlonly
-
-*/
-
-\author Arnaud Legrand (arnaud.legrand::imag.fr)
-\author Martin Quinson (martin.quinson::loria.fr)
-
-
-
