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.. _tutorial_2_hybrid_nets:
Tutorial 2 : Making Hybrid Nets
=========
Outline
-------
:ref:`Example of a hybrid network <example_hybrid_network>`
:ref:`Step 1. Define the types of cells <step_1_define_type_of_cell>`
A. We need a class of cells that can supply afferent spikes.
B. We need a "motoneuron" or "M cell" class.
1. :ref:`Specifying the anatomical and biophysical properties of the M cell class <step_1_define_type_of_cell>`
2. :ref:`Specifying what kinds of synapses can be attached to an M cell <step_1_define_type_of_cell2>`
3. :ref:`Placing synapses on the M cell <step_1_define_type_of_cell3>`
:ref:`Step 2. Create each cell in the network <step_2_create_each_cell>`
A. We need a Network Builder
B. We need an instance of each of our three cell types.
:ref:`Step 3. Connect the cells. <step_3_connect_the_cells>`
A. Network architecture
B. :ref:`Parameters <step_3_connect_the_cells_continued>`
:ref:`Run a simulation and plot the input and output spike trains <run_simulation_plot_input_output2>`
.. toctree::
:hidden:
example_hybrid_network.rst
step_1_define_type_of_cell.rst
step_1_define_type_of_cell2.rst
step_1_define_type_of_cell3.rst
step_2_create_each_cell.rst
step_3_connect_the_cells.rst
step_3_connect_the_cells_continued.rst
run_simulation_plot_input_output2.rst
|
