omakase
https://www.newhavenindependent.org/index.php/archives/entry/omakase_temple_st._garage/
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December 19, 2020Sonos is fighting a war to stay relevant | Engadget
December 19, 2020Three things you need to know about radon in winter.
December 19, 2020Derms Love the Canopy Humidifier, and TBH So Do We | Well+Good
December 16, 2020Derms Love the Canopy Humidifier, and TBH So Do We | Well+Good
new yorker Slack Is the Right Tool for the Wrong Way to Work
December 14, 2020Dressing for the Surveillance Age | The New Yorker
December 13, 2020https://www.newyorker.com/magazine/2020/03/16/dressing-for-the-surveillance-age
Much of this @jmseabrook article about facial recognition will soon be applicable to genomic privacy & individuals’ attempts to protect themselves in this sphere as well…
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adversarialfashion.com
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Adversarial examples demonstrate that deep-learning-based C.V. systems are only as good as their training data, and, because the data sets don’t contain all possible images, we can’t really trust them. In spite of the gains in accuracy and performance since the switch to deep learning, we still don’t understand or control how C.V. systems make decisions. “You train a neural network on inputs that represent the world a certain way,” Goldstein said. “And maybe something comes along that’s different—a lighting condition the system didn’t expect, or clothing it didn’t expect. It’s important that these systems are robust and don’t fail catastrophically when they stumble on something they aren’t trained on.”
The early work on adversarial attacks was done in the digital realm, using two-dimensional computer-generated images in a simulation. Making a three-dimensional adversarial object that could work in the real world is a lot harder, because shadows and partial views defeat the attack by introducing nuisance variables into the input image. A Belgian team of researchers printed adversarial images on
two-dimensional boards, which made them invisible to yolo when they held the boards in front of them. Scientists at Northeastern University and at the M.I.T.-I.B.M. Watson A.I. Lab created an adversarial design that they printed on a T-shirt. Goldstein and his students came up with a whole line of clothes—hoodies, sweatshirts, T-shirts.
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