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| ===== Pop Neuron - An Analog Artificial Neural Network ===== | ===== Pop Neuron - An Analog Artificial Neural Network ===== | ||
| - | Pop Neuron are modules for an electronic analog arificial network based on the Shun-Ichi Amari Oscillator. Pop Neuron are designed by [[http://christian.faubel.derstrudel.org/|Christian Faubel]] and [[http://wolfgang-spahn.de|Wolfgang Spahn]]:\\ | + | Pop Neuron are modules for an electronic analog arificial network based on the Shun-Ichi Amari Oscillator. The Pop Neuron circuit was designed by [[http://christian.faubel.derstrudel.org/|Christian Faubel]] and [[http://wolfgang-spahn.de|Wolfgang Spahn]] for the installation [[http://dernulleffekt.de/doku.php?id=symbolic_grounding:symbolic_grounding|Symbolic Grounding]].\\ |
| - | **[[http://dernulleffekt.de/doku.php?id=symbolic_grounding:symbolic_grounding|Symbolic Grounding]]**\\ | + | The Pop Neuron System is designed by [[http://wolfgang-spahn.de|Wolfgang Spahn]]:\\ |
| {{:pop_neuron:ring_of_integrate_and_fire_20-39-02.jpg?600|}}\\ | {{:pop_neuron:ring_of_integrate_and_fire_20-39-02.jpg?600|}}\\ | ||
| - | Pop Neurons are compatible to the analog computer sythem [[analog_computer:analog_computer_main|Confetti]].\\ | + | Pop Neurons are compatible to the analog computer [[analog_computer:analog_computer_main|Confetti]].\\ |
| - | The theoretcial model is described in [[https://link.springer.com/article/10.1007/BF00337259|"Dynamics of pattern formation in lateral-inhibition type neural fields"]] by Shun-Ichi Amari.\\ | + | The theoretical model is described in [[https://link.springer.com/article/10.1007/BF00337259|"Dynamics of pattern formation in lateral-inhibition type neural fields"]] by Shun-Ichi Amari.\\ |
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| ==== Patching ==== | ==== Patching ==== | ||
| For patching the Pop Neurons one can choose between the bus or patching wires. A combination of both is possible.\\ | For patching the Pop Neurons one can choose between the bus or patching wires. A combination of both is possible.\\ | ||
| - | When using the bus the input and the output jumper of the PN001 have to be set on the corresponding pins. The PN002 and PN003 have fixed busses.\\ | + | When using the bus the input and the output jumper of the PN001 have to be set on the corresponding pins. The PN002 and PN003 have fixed buses.\\ |
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