List of Figures

• The phenomenologic model
• The leaky integrator model
• The bursting unit model
• The conductance based model
• Networks and the network editor to use
• The XNBC V8 control panel
• Global activity of 2 nuclei obtained with the graphic tool.
• Membrane potential of 3 units obtained with the graphic tool.
• 3D representqtion of the activity of all units obtained with the graphic tool.
• The virtual cluster window
• The P_neuron user interface.
• User interface of G_neuron
• Help window of G_neuron
• Pannel to adjust current parameters
• Pannels to adjust most of G_neuron parameters
• Pannels to adjust initial values of G_neuron parameters
• Pannels to adjust PSP inputs in G_neuron
• Pannel to select X and Y axis and phase plane representation
• The simple network editor editor interface
• The Cluster Parameters dialog box of the simple network editor
• The Link Parameters dialog box of the simple network editor
• The full featured network editor working space
• The full featured network editor nucleus editor
• The full featured network editor Nucleus Parameters dialog box
• The full featured network editor connection curve editor
• The full featured network editor Connection Matrix editor
• A PostScript hard copy of a network
• The drug editor user interface
• The user interface of the simulator
• The two representations available during the simulation: dotdisplay and global activity
• Representation of membrane potential with the visualization tool.
• Representation of membrane potential with the visualization tool.
• Representation of nucleus global activity with the visualization tool.
• Representation of intra cellular recordings with the visualization tool.
• Representation of spikes on axons with the visualization tool.
• The time series analysis tool interface
• The network activity analysis tool interface
• The network activity analysis tool parameter pane