Observing SystemsIntersystems Publications, 1984 - 331 pagina's |
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Pagina 38
... synaptic junc- tions at an arbitrary instant of time is clearly Pi = duration of pulse duration of pulse interval Al = T Fig 14 ( 20 ) Schematic of pulse width , pulse interval and refractory period . or , replacing the periodic pulse ...
... synaptic junc- tions at an arbitrary instant of time is clearly Pi = duration of pulse duration of pulse interval Al = T Fig 14 ( 20 ) Schematic of pulse width , pulse interval and refractory period . or , replacing the periodic pulse ...
Pagina 130
... synapses . VON FOERSTER : Yes , but in my terminology , these would be functional changes of the transfer function , caused by some sub - micro- scopic changes in the synaptic structure . I don't know whether they can be seen in the ...
... synapses . VON FOERSTER : Yes , but in my terminology , these would be functional changes of the transfer function , caused by some sub - micro- scopic changes in the synaptic structure . I don't know whether they can be seen in the ...
Pagina 299
... synaptic junction . The afferent axon ( Ax ) , along which the pulses travel , terminates in an end bulb ( EB ) which is sep- arated from the spine ( sp ) of a dendrite ( D ) of the target neuron by a minute gap ( sy ) , the " synaptic ...
... synaptic junction . The afferent axon ( Ax ) , along which the pulses travel , terminates in an end bulb ( EB ) which is sep- arated from the spine ( sp ) of a dendrite ( D ) of the target neuron by a minute gap ( sy ) , the " synaptic ...
Inhoudsopgave
On SelfOrganizing Systems and Their Environments | 2 |
Computation in Neural Nets 6 | 24 |
Memory without Record | 91 |
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