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pop_neuron:pop_neuron_main [2019/01/10 18:14]
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pop_neuron:pop_neuron_main [2019/06/14 14:18] (current)
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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 ​artificial ​network based on the Shun-Ichi Amari Oscillator. ​The 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 was designed by [[http://​wolfgang-spahn.de|Wolfgang Spahn]] and is compatible to the analog computer [[analog_computer:​analog_computer_main|Confetti]].\\
  
  
-{{:​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_neuron:​ring_of_integrate_and_fire_20-39-02.jpg?600|}}\\
  
  
-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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   * [[pop_neuron:​pn002_excitatory_pop_neuron|PN002 Excitatory Pop Neuron]]   * [[pop_neuron:​pn002_excitatory_pop_neuron|PN002 Excitatory Pop Neuron]]
   * [[pop_neuron:​pn003_Inhibitory_pop_neuron|PN003 Inhibitory Pop Neuron]]   * [[pop_neuron:​pn003_Inhibitory_pop_neuron|PN003 Inhibitory Pop Neuron]]
-  * [[pop_neuron:​pn012_excitatory_pop_neuron2|PN012 Excitatory Pop Neuron 2]] 
-  * [[pop_neuron:​pn013_Inhibitory_pop_neuron2|PN013 Inhibitory Pop Neuron 2]] 
   * [[pop_neuron:​pn101_opto_synapse_osc|PN101 Opto Synapse (Osc)]]   * [[pop_neuron:​pn101_opto_synapse_osc|PN101 Opto Synapse (Osc)]]
   * [[pop_neuron:​pn102_opto_synapse_trig|PN102 Opto Synapse (Trig)]]   * [[pop_neuron:​pn102_opto_synapse_trig|PN102 Opto Synapse (Trig)]]