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288 pages, Kindle Edition
Published February 9, 2021
Facial recognition technology gives governments the ability to completely take away our privacy, and it is prone to discrimination. If we want to avoid becoming a surveillance state, where anyone can be arrested for being in the wrong place or for being the “wrong” color, we need laws that rein in how governments use AI-based surveillance tools. However, the tools themselves are not a threat.The guns don’t kill people, people do argument has its own obvious and simple solution: keep the guns out of the hands of the people who kill. But that's just as overly simplistic and impossible. And more impossible in a political climate that wants to regulate all the wrong things.
As a graduate student at Johns Hopkins, I coauthored several articles with former Harvard professor Stephen Kosslyn. He was perhaps the leading thinker on how people use mental imagery in their thought processes. For example, if you ask someone, “What shape are a German Shepherd’s ears?” most people will report that they conjure up an image of a German Shepherd from memory, picture the head on the dog, and finally see that the ears are pointy.He then said,
Observations like these led to a debate about whether people have something like pictures in their heads or whether what they have is a set of facts, and the analysis of these facts makes them feel like they see pictures in their heads.Shwartz was in the pictures camp. I read another book recently ( Brainscapes: The Warped, Wondrous Maps Written in Your Brain—And How They Guide You by by Rebecca Schwarzlose) that describes how we make maps for pretty much everything, so the non-expert me is also on the pictures side. Computers might do the same, but even brute force terabyte searching and petaflops still can't extrapolate and interpolate anywhere near what a toddler's brain can do easily. Shwartz says
One misunderstanding about unsupervised learning is that these algorithms have reasoning ability. For example, a Forbes magazine article said that unsupervised learning “goes into the problem blind—with only its faultless logical operations to guide it.” This statement makes it sound as if unsupervised learning algorithms use reasoning to explore unstructured data. Nothing could be further from the truth. Unsupervised learning algorithms are conventionally programmed and follow an exact step-by-step sequence of operations.