The solution for this is usually counter training. Granted my experience is on the opposite end training ai vision systems to id real objects.

So you train up your detector ai on hand tagged images. When it gets good you use it to train a generator ai until the generator is good at fooling the detector.

Then you train the detector on new tagged real data and the new ai generated data. Once it’s good at detection again you train the generator ai on the new detector.

Repeate several times and you usually get a solid detector and a good generator as a side effect.

The thing is you need new real human tagged data for each new generation. None of the companies want to generate new human tagged data sets as it’s expensive.

Or toss a flash bang in the crib.

Actually it’s the name for a mix of vinegar, garlic, and herbs that was a home remedy to help prevent the plague.

Reading some interviews with her and she does seem to think money makes right.

It’s just for home lan use.

They license the anime so they do pay the studios that create anime. I know for a fact that anime studios factor in the ability to license shows in the decision on what to produce and budget.

For me it’s easier to rip it once and then have it available on my tv, phone, or computer. It can also remember what episode is next. Plus no annoying mandatory commercials every time you put the disk in the player.

Yeah I think he is expecting an Atlas Shrugged moment. where everything collapses as the intellectuals (him) walk away from the foolish socity.

Anything to not add a cooling system to the ev batteries.

Honestly Red Hat only has a big grip on the mid to small size business side.

Steam play. I spent nine years with linux as my main work os. Then I’d come home and game on windows. Once Steam play was mature I setup a dual boot to give it shot. I think I booted into windows twice after that.

It was something around 40 TB X2 . We were doing a terrain analysis of the entire Earth. Every morning for 25 days I would install two fresh drives in the cluster doing the data crunching and migrate the filled drives to our file server rack.

The drives were about 80% full and our primary server was mirrored to two other 50 drive servers. At the end of the month the two servers were then shipped to customer locations.

I’m not a big fan of these patents having been awarded and patent law needs serious overhaul. That said I think there is a good chance the lawsuit is successful. Three are a lot of patents in 3D printing that the open source community is just waiting for them to expire.

You can lose trademarks if you knowingly don’t defend them but it’s pretty hard to lose a patent. Even it gets added to a standard you participate it just goes into FRAND.

The company had always been run by engineers that came up from chip fab. Then they fired both the CEO and the head of fab for sexual harassment.

Then they make the CFO with a MBA the new CEO. A year or two latter and chip design is having problems and fab is falling behind.

In the US you probably get 2 weeks of flexible PTO and about 5 days where everybody gets a day off. Even that is not guaranteed US law doesn’t require any PTO.

The Intel CEO had always come from engineering fab. This kept the high level decisions made by somebody who understood the product and how it was made.

Then CEO and the head of fab was caught sexually harassing employees. They were both shown the door. So no CEO and the guy who was next in line were gone. They needed the number 2 in fab to take over fab to keep production up.

So the board decided to make the CFO the new CEO. A guy who had a MBA was running a chip company that had only been run by engines.

Profits went up for a while but then Intel struggled to maintain innovation and properly upgraded fab and chip design. Add the increasing skill of rivals and a increase in importance in chips other then server and desktop. which were the only areas Intel was king. It’s a recipe for failure.

Actually no. Batteries and thier inverter adapt in the about one second to half a second range. The massive inertia of a turbine adapts in the millisecond range.

To maintain 60 hz you need to be in the very low milliseconds range. Remember at 60 hz you do a full sin wave cycle in 16ms.

Turbines act as a tremendous power smoother in the grid.

Partially. Inverters providing virtual inertia is good but has the problem of still being active and reactive. It helps and is cheaper and more efficient than flywheels.

Flywheels and turbines however provide a very sticky frequency. They help out a lot with stability and give inverters time to respond.

Think balancing a stick on your hand vs anchoring it in clay.

If we take enough turbines off line we are still probably going to need some mechanical power stabilization no matter how inefficient.

But yeah I think we are going to see a blend using as much electrical and as little mechanical as possible.

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