Search For Powder Intelligence by Windspren

Windspren

30 / 4

2nd Jul 2016

29th Sep 2016

The reborn SFPI! Our goal is to develop and identify forms of pseudointelligence and life within TPT in the forms of PSTN bots, computing systems, genome emulators, brain architecture simulations, and anything else we (or TPT AIs we find :D) can think of

sfpi tpte3

Comments

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  QuanTech 5th Jul 2016
  i'll work on engineering my first neural network in TPT! What basic function should i start with?
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  QuanTech 5th Jul 2016
  +MrSpudNugget we may consider that later. +Kevino36 Try and see if you can make more than two connections per neuron (that would help make more complex neural networks)
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  MrSpudNugget 5th Jul 2016
  another thign to consider, neural pathway decay (the destruction of pathways that are used too infrequently)
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  MrSpudNugget 5th Jul 2016
  hmmm... to be honest this is QuanTech's stuff...
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  Windspren 5th Jul 2016
  What about these? I'm not very good with TPT computing systems, but one of you should be able to turn these into a brain. ID:2010250
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  MrSpudNugget 5th Jul 2016
  +QuanTech, is there any way we can automate the system? using a filt code or something to tell it if it is too high, low or it is correct?
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  QuanTech 5th Jul 2016
  +Kevino36 we at least need to work with basic neurons before moving on to advanced ones! We haven't even tried the current basic ones in a neural network! My perceptron (although it is pretty big) has everything it needs to work in connection with many other perceptrons in a neural network!
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  QuanTech 5th Jul 2016
  +Kevino36 you deserved it after all!
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  Windspren 5th Jul 2016
  Lol the replicator is still on FP.
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  QuanTech 5th Jul 2016
  +MrSpudNugget my idea is similar to that! I want the neural network (or brain) to perform, let's say, the AND operation. To emulate learning, we let the circuit output something random first, and then we tell it if it is correct, too low, or too high. The "brain" is then readjusted to better perform the logical AND operation. This way, we are "teaching" the brain how to do the AND operation!