File:AdExDiagram.png

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AdExDiagram.png‎ (500 × 180 pixels, file size: 12 KB, MIME type: image/png)

Behavior of the AdEx model as a function of \(a/g_L\) and \(\tau_m/\tau_w\) (where \(\tau_m=C/g_L\)). Light colors indicate loss of stability via saddle-node bifurcation and dark colors via subcritical Andronov-Hopf bifurcation. Subcritical Andronov-Hopf corresponds to f-I curves of type II, whereas saddle-node bifurcations can lead to type I or II. Blue: resonator mode (oscillations for any or almost any input current I). Green: integrator mode (no oscillation for any I). Pink: mixed mode (resonator if I is large enough, otherwise integrator).

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	Date/Time	Thumbnail	Dimensions	User	Comment
current	10:42, 14 January 2009		500 × 180 (12 KB)	Romain Brette (Talk \| contribs)
	10:37, 14 January 2009		500 × 180 (12 KB)	Romain Brette (Talk \| contribs)	Behavior of the AdEx model as a function of a/g_L and \tau_m/\tau_w (where \tau_m=C/g_L). Light colors indicate loss of stability via saddle-node bifurcation and dark colors via subcritical Andronov-Hopf bifurcation. Subcritical Andronov-Hopf corresponds
	16:47, 7 January 2009		500 × 180 (12 KB)	Romain Brette (Talk \| contribs)	Behavior of the AdEx model as a function of <math>a=g_L</math> and <math>\tau_m=\tau_w</math> (where <math>\tau_m=C/g_L</math>). Light (dark) colors indicate type I (type II) excitability. Blue: resonator mode (oscillations for any or almost any input cur