A generalized phase resetting method for phase-locked modes prediction
Fig 3
Typical phase-locked mode with one neuron receiving two inputs per cycle.
Neuron #1 is the driver of the entire network and its intrinsic firing period P1i was used as reference duration for all other intrinsic periods. The neuron’s spike is represented by a thick vertical line. The coupling between the neurons is marked by vertical dashed lines that terminate either with an excitatory (empty triangle) or a inhibitory (solid circle) synapse. Neuron #2 receives 2 inputs during one cycle: the first is an inhibition at stimulus time t2sa from the interneuron #3 and later on it receives an excitatory input from neuron #1 at stimulus time t2sb. The neuron recovers from the last stimulus after t2r and fires again. Neuron #3 only receives one excitatory input per cycle from neuron #2.