The Powder Toy

My Tiny Brain 3 by Karakanlud

Karakanlud
Karakanlud
85 / 5
15th Jul 2016
16th Jul 2016
This is a remade version of the 'My Tiny Brain 2' system. It includes a lot more possible pathways to process information, some (yet to be increased) more regulatory mechanisms and a (theoretically) non-randomizing core unit and ganglia.
brain sentient smart intelligence intel0inside sfpi seizure0warning artificialintel robot piston

Comments

  • bingobomb
    bingobomb     21st Jul 2016
    I suggest you change the name of it to "The Tiny Brain 3" :P
  • Karakanlud
    Karakanlud     20th Jul 2016
    I've thought it through and maybe movement stuff shouldn't be this complex. I'll post the one I've been making, but consider that a techdemo, as it has too many pathways (and a way too high fail rate) for 4 detectors. I think I'll start adding food stuff and more cells to it.
  • Schmolendevice
    Schmolendevice     20th Jul 2016
    @MEOWS "Layered RAM" with regards to 60 Hz FILT electronics is for the most part impossible as when you layer FILT, BRAY and DTEC will only interact with the "topmost" FILT in the stack having the lowest particle ID (display order is opposite to that of normal elements). Otherwise, I've seen someone use 60 Hz PSTN to pull a very large picture out of a superstacked line of elements within E-Hole. Production of a single use high capacity layered "USB" may be possible.
  • xteric
    xteric     19th Jul 2016
    Wait. Don't tell me Karakanlud bumps into walls and this AI does not.
  • xteric
    xteric     19th Jul 2016
    I approximate this to be the complexity of Karakanluds brain. Am I right?
  • JosephW
    JosephW     19th Jul 2016
    its not very tiny if it takes up the whole screen, but good job
  • Karakanlud
    Karakanlud     18th Jul 2016
    Started the new one, but I have size issues after the 178th cell :/
  • Karakanlud
    Karakanlud     18th Jul 2016
    Yay, I made a decision neuron without wifi. This will make it easier to implement an upper regulation.
  • Karakanlud
    Karakanlud     18th Jul 2016
    I'm trying to mimic the behavior of simple life forms to add pathways to it right now. I want to believe it can be improved to the level of some simple vertebrate, but the possibilities in tpt are very limited, especially because of the small space.
  • Karakanlud
    Karakanlud     18th Jul 2016
    Probably not. Ram capacity is not the worst part of it, it would require very complex electronics and very large space to make it store, process and compherend much information, as this current memory unit is a VERY approximative model. Also, a true learning brain would make new connections in response to the stimuli, while this one's structure is arbitrary, which means you have to add every possible pathway, and only the assignation of input to output will depend on the brain itself.