I think I'd rather lose the party balloons than the experiments in airships.
I think I'd rather lose the party balloons than the experiments in airships.
If the address of your door is a "wildly different address", then why isn't that just your actual address?
To add to the other reply:
I used to live in a house in a row of terraced houses. My address was a the number of my house along that street and the street name. There's only one problem: there were two ways to get to my house and neither of them was from that street. The houses were all a bit above the street, with their front gardens raised above the street and the only way to the front door of the first 9 was to go around the corner at the end of the street then walk along the footpath that ran along the front, parallel with and above the street that gave us our address. My neighbour had a flat at the back of one of these houses and also had an address on that street, yet the only access to her flat was via the back door, which opened onto a street with no name. People would periodically ring my doorbell and ask where her flat was.
A slow off-the-shelf chess computer from the '80s can beat well over 90% of the population at chess. In the chess club when I was at school, I think that there was only one person who could beat it on its hardest difficulty setting, and he was the under-13s UK chess champion. The fact that it took Deep Blue to beat the best human player in the world is irrelevant: self-driving cars don't have to be better than the best possible human driver, they just have to be better than most human drivers to be a big improvement.
Chess is also an irrelevant comparison, because the problem is very different. In chess, you have 16 pieces at the start. Once you've made a few moves and they're all free to move, each one has multiple possible moves. Let's simplify and assume that each one has only one possible move. At the end of my turn, there are 16 possible board positions. At the end of your turn there are 16 possible combinations for every one of mine, so that's only 256, but after another round we're up to 65,536 different positions. 16,777,216 after three rounds and so on. Almost all of the difficulty in chess is working out which part of this space is worth exploring. Your goal is to reach an end state dozens or hundreds of moves into the future that meets some conditions.
In contrast, when driving there the other cars have few options (speed up, slow down, turn) as do other obstacles. Your model only has to run tactically, not strategically. You don't have to worry about every step in the game, only that in the next round you become closer to your destination and you don't crash. You only have to model a few seconds into the future. As long as you are heading in the right direction and you can safely stop if one of the obstacles that you're tracking has a comes into your projected path then you win that round and you continue to the next.
Because of 1), much more energy will be spend on air conditioning, while many buildings in today's colder climates don't need much heating even during winter season, because they are built as low energy houses, where just the short sun period during the day is sufficient to heat the house enough for the inhabitants.
To add to that:
Air conditioning works by pumping heat out of buildings. There was an article in The Guardian earlier this week pointing to a study that had found that use of air conditioning had raised the temperature of some cities by 2 degrees (centigrade), which meant that people ran their air conditioning more, leading to a vicious cycle.
In contrast, keeping a house warmer than the outside is much cheaper. Humans with no technology are 100W heaters. All other machines that we put in a house generate heat as a waste product. With modern insulation, it's very easy to reduce the outflow of heat. Heating a house for a day can easily consume less energy than cooling it for a week.
but if you asked every parent if they'd want a safer world for their kids and grandkids etc, they would all say "yes"
They'd all say 'yes'. Around 90% of them would actually mean it (you'd have thought that sociopaths would be a lower percentage of the population of parents than the general population, but apparently not). Of those, a very small percentage would honestly be able to say that they also want a safer world for everyone else's children. If your children are going to inherit a survivable part of the world, then why should they care that if a billion or two other people that they've never met will suffer and / or die? Herd mammals did not evolve to have an emotional response to that (and, for the most part, that's a good thing - you couldn't function if you had an empathic response to all of the suffering in a world of over 6 billion people). That's why appeals to emotion in things like this are a waste of time.
You might well be right. There are times when I know I'd like to have a 3rd -- but I tend to agree it's probably not THAT necessary.
And like I said, I'd also like to try it for some triple screen gaming; so there is some value there just for that.
But most helium is produced as a by-product of natural gas production, no? So you've got to either store it, use it, or vent it.
Very effective at making operators forget that they are training to kill other human beings, make it easier to unthinkingly shoot when told regardless of right/wrong.
I don't think video games are particularly effective at changing the way people think about real combat, when there are real people downrange.
What does work well is what has always worked well... tribalism and intentional dehumanization, which includes calling the enemy "hun", "jerry", "jap", "slope", "slant", "gook", "raghead", "tango", "target", etc., and attributing subhuman and evil characteristics to them.
And 50% as slow as means?
As we all know:
50% = 50 per cent = 50 per hundred = 50/100 = 1/2
"And 1/2 as slow as X" means twice as fast as X.
Its the inverse --> 1 / 1/2 = 2
This glacier 1 meter per year. This other glacier is only 1/2 as slow. So it moves 2 meters per year. Twice as fast.
Interestingly the phrase 0% as slow; seems difficult to make sense of, which makes sense since the inverse of 0/100s is a division by zero error. 1 / 0/100 = 1/0 = NaN
It's never Apple's problem. It's always "you're doing it wrong".
Bullshit. The single time I had a hardware issue with an iPhone (stuck sleep/wake button), I took it to the store, showed them the issue, had my SIM transferred to a new unit and was walking out the door 15 minutes later.
if Apple found a loophole that allowed them to legally dump poisonous metals wherever they like, would you take the same stance?
Payment for double taxation is not remotely like polluting the earth.
You're right, the taxes I pay are completely fucking comparable to the taxes Apple doesn't pay by exploiting loopholes.
No, Apple's loopholes are exactly like you (and I) taking deductions for mortgage insurance, kids, depreciation on rental property, etc, etc, etc.
Apple pay isn't on android, by definition. Unless you're talking about the competing Google Pay, which is a different competing standard.
You mean Android Pay, not Google Pay. And it's not a different, competing standard. Both Apple Pay and Android Pay use the same NFC technologies and standards.
On the name, I should point out that it's somewhat understandable that you call it "Google Pay", since Android Pay is a successor to Google Wallet, which was Google's original NFC payment solution, released in 2011 (long before Apple Pay). The Google Wallet approach was a little different, though. Because of payment network limitations, Google used a "proxy card" solution, where a Google-issued credit card was what was actually used to pay at the point of sale, and Google then charged your credit card on the backend. That approach had problems both for the user, who might not get full credit from rewards cards, and for Google, who lost money on every transaction due to the difference in fees between the card-present transaction at point of sale, and the card-not-present transaction used for user's payment, but had the supreme advantage that it would work with any credit or debit card. Banks also really disliked the proxy card solution because it threatened to take too much control of the payment systems away from them. With the intermediate routing step Google could have arranged to use any payment system on the back end, and then used its clout to get the point of sale updated to a solution that didn't involve the banks, and removed the banks from the process completely. There's no evidence Google was going to do that, but the banks were afraid of it and chose to make Google's life very hard in all sorts of ways around the NFC proxy card (and its physical, plastic analogue, which Google issued for a while).
Apple waited until networks were ready to do "network tokenization", and until some more banks were ready to handle NFC transactions, both of which are required to enable the Apple Pay model where the payment is done directly against the user's card, with payment clearinghouses routing the the transaction directly to the bank that issued the credit card. Android Pay uses this same model, with the difference that if you have a credit card which was previously used with the Google Wallet proxy card solution, Google "grandfathers" your card in and continues using the proxy. This direct model fixes the disadvantages of the proxy card solution, but means that you can only use cards whose issuers have set up the necessary infrastructure. But these days, lots of them have. In particular, the big bank service providers like First Data have got everything set up so their clients who issue credit cards can do NFC. This means that nearly all small banks and credit unions can do it, and most of the big banks can do it. Some of the big banks, and many of the medium-sized banks still aren't set up.
(Note that I've intentionally left out some details, like the first version of Google Wallet using a direct, non-tokenized approach that only worked with one bank, and some of the other intermediate steps. I figured this was long enough.)
Life is cheap, but the accessories can kill you.