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pop_neuron_weimar_ws2018-19:material [2018/11/27 20:24]
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admin [Pop Neuron - An Analog Artificial Neuron Network]
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-===== Pop Neuron Workshop ===== +===== Pop Neuron -  An Analog Artificial Neuron Network ===== 
-by Christian Faubel and Wolfgang Spahn +a workshop by Wolfgang Spahn\\
-{{:pop_neuron_glasmoog_may18:popneuronen_workshop_diskurs2018.jpg|}}\\+
  
-If one wants to build his own electronic analog arificial network a lot of Pop Neurons are needed. But two neurons are a good start. 
  
 +[[http://dernulleffekt.de/doku.php?id=symbolic_grounding:symbolic_grounding|Symbolic Grounding]]\\
 +[[http://paperpcb.dernulleffekt.de/doku.php?id=pop_neuron:pop_neuron_main|Pop Neuron]]\\
  
-In the Pop Neuron workshop we build the most basic possible artificial neural network, which is a pair of an excitatory and an inhibitory neuron. When they are mutually coupled these two start to oscillate. This oscillation can be used as an organic synthesizer and listened to. The interesting part of this organic synthesizer is that when coupled with others they start to go in synchrony.+**Handout**\\ 
 + - {{ :pop_neuron_weimar_ws2018-19:pn001_pop-neuron_20_handout.pdf |PN001 Pop Neuron v02}}\\
  
 +**Papers**\\
 + - {{ :pop_neuron_weimar_ws2018-19:shun-ichi_amari_-_dynamics_of_pattern_formation_in_lateral-inhibition_type_neural_fields.pdf |Shun-ichi Amari - Dynamics of Pattern Formation in Lateral-Inhibition Type Neural Fields}}\\
 + - {{ :pop_neuron_weimar_ws2018-19:analog_computation_with_rings_of_quasiperiodic_oscillators_-_the_microdynamics_of_cognition_in_living_machines.pdf |E. Rietman, M. Tilden, M. Askenazi - Analog computation with rings of quasiperiodic oscillators:
 +the microdynamics of cognition in living machines}}\\
 + - [[http://134.184.131.111/Books/Wiener-teleology.pdf|
 +Rosenblueth, Wiener, Bigelow - Behavior, Purpose and Teleology]]\\
  
-After building and experimenting with our own pair of neurons, we connect all our oscillators and discover patterns of coordination and synchronization.+----
  
 +==== Pop Neuron Shenzhen Ready ====
 +{{:pn001_pop-neuron_shenzhenready.jpg?400|}}\\
 +[[https://kitspace.org/boards/github.com/dusjagr/pn001_pop-neuron_shenzhenready/]]
  
-{{:pop_neuron_glasmoog_may18:pop_motor_neuron_oscillator.jpg|}}\\ +---- 
- +==== +9V and -9V ==== 
-The circuit we build in this workshop is based on a neuro-scientific +{{:pop_neuron_weimar_ws2018-19:2x9vpowersupply.jpg?400|}}\\
-model of interacting neural populations from Shun-Ichi Amari. +
- +
- +
-27. May 2018, 3pm to 7pm\\ +
-Glasmoog KHM,  Köln\\ +
- +
-Costs: 20€ material\\ +
-Registration: post<at>wolfgang-spahn.de\\ +
- +
-Link:\\ +
-[[http://paperpcb.dernulleffekt.de/doku.php?id=pop_neuron:pop_neuron_main]]+
  
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