Tech Companies Using AI To Reprogram Humanity? WSG Cyrus A. Parsa

Discussion in 'Φ STEM' started by tag, Feb 23, 2020.

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  1. tag

    tag π

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  2. tag

    tag π

    This was recently forwarded to me via email. I find it informative and am adding Rob Braxman to my list of people to follow for internet/website security.
    Two others that I follow are Wordfence, and Mark Jeftovic's Axis of Easy.
    The Big Antivirus Lie in 2021
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  3. tag

    tag π

    Yes, I have seen that document. I downloaded it when I came across it.
    It's probably way I decided to look closer into Cyrus Parsa to begin with.
    His book did come in and I've had it sitting near my desk to read, but haven't read it, yet.
    It's in my queue of books to read... a very long queue.
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  4. Rose

    Rose Φ Unknown Presence

    Have you seen this, tag????
    If so, what do you think???

    Click for full document (87 pgs. :
  5. Rose

    Rose Φ Unknown Presence


    In the 1983 movie WarGames, the world is brought to the edge of nuclear destruction when a military computer using artificial intelligence interprets false data as an imminent Soviet missile strike. Its human overseers in the Defense Department, unsure whether the data is real, can’t convince the AI that it may be wrong. A recent finding from the Defense Intelligence Agency, or DIA, suggests that in a real situation where humans and AI were looking at enemy activity, those positions would be reversed.

    Artificial intelligence can actually be more cautious than humans about its conclusions in situations when data is limited. While the results are preliminary, they offer an important glimpse into how humans and AI will complement one another in critical national security fields.

    DIA analyzes activity from militaries around the globe. Terry Busch, the technical director for the agency’s Machine-Assisted Analytic Rapid-Repository System, or MARS, on Monday joined a Defense One viewcast to discuss the agency’s efforts to incorporate AI into analysis and decision-making.

    Earlier this year, Busch’s team set up a test between a human and AI. The first part was simple enough: use available data to determine whether a particular ship was in U.S. waters.

    “Four analysts came up with four methodologies; and the machine came up with two different methodologies and that was cool. They all agreed that this particular ship was in the United States,” he said. So far, so good. Humans and machines using available data can reach similar conclusions.

    The second phase of the experiment tested something different: conviction. Would humans and machines be equally certain in their conclusions if less data were available? The experimenters severed the connection to the Automatic Identification System, or AIS, which tracks ships worldwide.

    “It’s pretty easy to find something if you have the AIS feed, because that’s going to tell you exactly where a ship is located in the world. If we took that away, how does that change confidence and do the machine and the humans get to the same end state?”

    In theory, with less data, the human analyst should be less certain in their conclusions, like the characters in WarGames. After all, humans understand nuance and can conceptualize a wide variety of outcomes. The researchers found the opposite.

    “Once we began to take away sources, everyone was left with the same source material — which was numerous reports, generally social media, open source kinds of things, or references to the ship being in the United States — so everyone had access to the same data. The difference was that the machine, and those responsible for doing the machine learning, took far less risk — in confidence — than the humans did,” he said. “The machine actually does a better job of lowering its confidence than the humans do….There’s a little bit of humor in that because the machine still thinks they’re pretty right.”

    The experiment provides a snapshot of how humans and AI will team for important analytical tasks. But it also reveals how human judgement has limits when pride is involved.

    continue reading
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  6. Rose

    Rose Φ Unknown Presence

    I am very interested in hearing all about what you learn about this from the Parsa books, tag.


    read complete article

    Artificial Narrow Intelligence
    The “broad” definition of AI is vague and can cause a misrepresentation of the type of AI that we interact with today.

    Artificial Narrow Intelligence (ANI) also known as “Weak” AI is the AI that exists in our world today. Narrow AI is AI that is programmed to perform a single task — whether it’s checking the weather, being able to play chess, or analyzing raw data to write journalistic reports.

    ANI systems can attend to a task in real-time, but they pull information from a specific data-set. As a result, these systems don’t perform outside of the single task that they are designed to perform.

    Artificial Super Intelligence
    Oxford philosopher Nick Bostrom defines superintelligence as

    “any intellect that greatly exceeds the cognitive performance of humans in virtually all domains of interest”

    Artificial Super Intelligence (ASI) will surpass human intelligence in all aspects — from creativity, to general wisdom, to problem-solving. Machines will be capable of exhibiting intelligence that we haven’t seen in the brightest amongst us. This is the type of AI that many people are worried about, and the type of AI that people like Elon Musk think will lead to the extinction of the human race.

    Unlike General or “Strong” AI, which I’ll discuss further below, Narrow AI is not conscious, sentient, or driven by emotion the way that humans are. Narrow AI operates within a pre-determined, pre-defined range, even if it appears to be much more sophisticated than that.

    A Melding of Humans and Machines
    But like any other technology, AI is a double-edged sword. According to futurist Ray Kurzweil, if the technological singularity happens, then there won’t be a machine takeover. Instead, we’ll be able to co-exist with AI in a world where machines reinforce human abilities.

    Kurzweil predicts that by 2045, we will be able to multiply our intelligence a billionfold by linking wirelessly from our neocortex to a synthetic neocortex in the cloud. This will essentially cause a melding of humans and machines. Not only will we be able to connect with machines via the cloud, we’ll be able to connect to another person’s neocortex. This could enhance the overall human experience and allow us to discover various unexplored aspects of humanity.

    Though we’re years away from ASI, researchers predict that the leap from AGI to ASI will be a short one. No one really knows when the first sentient computer life form is going to arrive. But as Narrow AI gets increasingly sophisticated and capable, we can begin to envision a future that is driven by both machines and humans; one in which we are much more intelligent, conscious, and self-aware.

    Enjoyed this video focusing on Artificial Narrow Intelligence:

    Do People Realize they are Creating their own Overlords?
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  7. tag

    tag π

    There's a LOT to unpack from this interview, but I'll begin with this bit of info.

    Starting at around 0321, Cyrus talks about proximity sensors in smart phones and how this works in amplifying hate and its related to what many people observe as Trump Derangement Syndrome (TDS).
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