• FaceDeer@fedia.io
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    1 year ago

    The meme would work just the same with the “machine learning” label replaced with “human cognition.”

    • wizardbeard@lemmy.dbzer0.com
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      1 year ago

      Have to say that I love how this idea congealed into “popular fact” as soon as peoples paychecks started relying on massive investor buy in to LLMs.

      I have a hard time believing that anyone truly convinced that humans operate as stochastic parrots or statistical analysis engines has any significant experience interacting with others human beings.

      Less dismissively, are there any studies that actually support this concept?

      • essell@lemmy.world
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        1 year ago

        Speaking as someone whose professional life depends on an understanding of human thoughts, feelings and sensations, I can’t help but have an opinion on this.

        To offer an illustrative example

        When I’m writing feedback for my students, which is a repetitive task with individual elements, it’s original and different every time.

        And yet, anyone reading it would soon learn to recognise my style same as they could learn to recognise someone else’s or how many people have learned to spot text written by AI already.

        I think it’s fair to say that this is because we do have a similar system for creating text especially in response to a given prompt, just like these things called AI. This is why people who read a lot develop their writing skills and style.

        But, really significant, that’s not all I have. There’s so much more than that going on in a person.

        So you’re both right in a way I’d say. This is how humans develop their individual style of expression, through data collection and stochastic methods, happening outside of awareness. As you suggest, just because humans can do this doesn’t mean the two structures are the same.

        • CeeBee_Eh@lemmy.world
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          1 year ago

          The big difference between people and LLMs is that an LLM is static. It goes through a learning (training) phase as a singular event. Then going forward it’s locked into that state with no additional learning.

          A person is constantly learning. Every moment of every second we have a ton of input feeding into our brains as well as a feedback loop within the mind itself. This creates an incredibly unique system that has never yet been replicated by computers. It makes our brains a dynamic engine as opposed to the static and locked state of an LLM.

            • CeeBee_Eh@lemmy.world
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              1 year ago

              But they are. There’s no feedback loop and continuous training happening. Once an instance or conversation is done all that context is gone. The context is never integrated directly into the model as it happens. That’s more or less the way our brains work. Every stimulus, every thought, every sensation, every idea is added to our brain’s model as it happens.

        • PiJiNWiNg@sh.itjust.works
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          1 year ago

          There’s a lot we understand about the brain, but there is so much more we dont understand about the brain and “awareness” in general. It may not be magic, but it certainly isnt 100% understood.

          • nBodyProblem@lemmy.world
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            1 year ago

            We don’t need to understand cognition, nor for it to work the same as machine learning models, to say it’s essentially a statistical model

            It’s enough to say that cognition is a black box process that takes sensory inputs to grow and learn, producing outputs like muscle commands.

            • 0xD@infosec.pub
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              1 year ago

              You can abstract everything down to that level, doesn’t make it any more right.