It's actually the other way around: autoland is typically only used in extremely low visibility (typically bad weather) situations. In most cases, a pilot can land a plane more accurately and smoothly as the human, visually, can account for far more external variables than the autopilot computer.
Just not in this case, apparently...
Actually, the Rotax 912/914 series are approved to run on up to 10% ethanol. Probably could run them higher, but that's the official number. And in fact, even though they can run on 100LL, the manufacturer advises against it due to issues with plug fowling, etc.
As a patent troll, you are both evil and a douche. As a "molecular gastronomist," you're just a douche. Do you have any plans to put your efforts toward something neither douche-y nor evil? Bill Gates has, isn't it your turn?
They really don't have to watch all day -- a couple of hours probably provides an entire week's worth of material!
When I was working on large farms of big iron (SGI, Sun, IBM systems) we regularly found that GigE over copper couldn't do much better than 400-500 Mbit/s. These were enterprise-class NICs, not cheap-o home gear. Switching to fiber got us much much closer to theoretical max.
When is fiber going to finally be available/affordable for the home market? I think that will make the biggest difference...
I think this could potentially do well in schools, where Microsoft may offer good deals on large purchases. Kids don't care about the whole MS vs FOSS debate -- well, maybe then nerdy kids but they're probably doing their own Arduino development anyway. For the rest, it's a good intro to programming/developing beyond the standard web/Flash-based crap that kids learn these days.
That popularity may be due to Apple's higher (perceived) build quality. If you're going to sink money into a computer or any other large purchase, would you rather buy something you think will last a few years or something cheap, built with cheap parts, that will probably break quickly and cause other headaches?
I think if/when the economy gets REALLY bad, the balance will tilt toward the cheaper end, but for now, people want the most bang for their decreasingly available buck...
Is this serious or a subtle Real Genius joke?
And by the way, IT changes fast in general, no developer can honestly expect to code in the same language from college to retirement.
You've obviously never worked in the scientific community -- where Fortran 77 is still going strong, some three+ decades later.
This totally explains why academics love the shit text that comes out of LaTeX (not the layout; it's fine -- I'm talking about that awful default font).
Don't these children know their 7-digit home phone numbers?
Nope, they just scroll to "Mom" in the Contact List of their cell phones. These *are* 5 year olds; they might not be able to tie their shoes yet but they're not savages!
Things like releasing a $3000 workstation then 3 years later releasing an OS update that doesn't support it don't fly well in enterprise environments.
Almost every business I've worked for keeps workstations around only as long as their warranties before they're surplussed. Given that AppleCare is 3 years, it might not make such a difference.
The other often-overlooked advantage of GCD is that submitting work to a queue is thread-safe, queues themselves are lightweight, and queues can be made internally-serial but parallel to all other queues. Apple's documentation has a lot of good examples of how to use this structure to eliminate almost all locking code (which is usually pretty heavyweight). If you need to serialize access to a resource, just create a serial queue and any other queue can send tasks to it without worrying about any synchronization.
As someone who's struggled with performance from trying to determine how fine-grained to make locks, this seems like an awesome approach.
He's talking about Christopher Kimball, not Alton Brown...
It has just been discovered that research causes cancer in rats.
