Questions
- Can you make a toplogy with 10 CAs and each neuron participates in
at least 2 CAs? Yes
- Can you learn a net with 10 CAs and each neuron participates in
at least 2 CAs?
- With Hopfield nets, what do oscillating states mean?
- With Hopfield nets, how many osciallating states can you have?
- In general, how can we convert these calculated nets to nets that
can be learned?
- How can you have more CAs than Neurons? (reread Wickelgren)
- Do asynchronous CAs behave differntly?
- Do Hopfield Nets inform this?
- How can you tell if a neuron is in a CA or not (fuzzy membership)?
- How can you make CAs ignite slowly?
- How can you make CAs persist for 300-700 cycles (3-7 seconds)?
- Do CAs turn off by themselves or are they always shut off by other CAs
(Kaplan-off, DeVries-on)
- Is there good biological evidence for compensatory learning?
- Does th biological evidence indicate a particular Hebbian Learning
rule?
- How do you model different types of neurons (chandelier, pyramidal,
etc.)
- Are they all necessary? If so what does each do?
- What do brain (cortical) layers have to do with reverberation?
- How big are CAs? (30,000 neurons from Ramin Assadollahi)
- What are the ramifications of modelling 1 spike at 10ms vs.
a series of spikes over that period?
- Are there different types of CAs?
- How are hierarchies formed?
- Is fractionation involved in hierarchy formation?
- If so, to what extent?
