    This is the readme for a version of the matlab code used to implement
    the model of the olfactory bulb developed in the paper:

    Polese D, Martinelli E, Marco S, Di Natale C, Gutierrez-Galvez A
    (2014) Understanding Odor Information Segregation in the Olfactory
    Bulb by Means of Mitral and Tufted Cells.  PLoS ONE 9(10):
    e109716. doi:10.1371/journal.pone.0109716

    Please cite this paper if you publish any research results obtained
    with this code or any modified versions of this code.

    This simple model of olfactory bulb model is composed of 4 neuron
    types: Mitral Cell, Tufted Cell, PeriGlomerular Cell and Short Axon
    Cell.
    The different neurons are obtained changing the object properties of
    the NeuronIzh matlab class (NeuronIzh.m). The neurons are connected to
    build a glomerulus using the methods of the class glomerulus
    (glomerulus.m).

    The file test.m can be used to try the software and obtain the results
    behind the example.png which is representative of the paper figure 2C:

    Graph simply after running the model with commands like

    plot(0.1*[1:5000], Out_M1v(1:2:end,:)');

    If you are impatient instead of running the model (takes 10 minutes or
    so) you can just type on the command line

    load Results.mat

    and then run the above graphing command.

    %% For any questions or suggestions please contact us.  Davide Polese
    %% (davide.polese@artov.imm.cnr.it), Eugenio Martinelli, Santiago
    %% Marco, Corrado Di Natale, Agustin Gutierrez-Galvez
    %% (agustin.guti@gmail.com)