It's my impression that pro players often get amateur players through bet sizing, if your call/fold response doesn't match the equity of your hand they'll pretty easily see that they can milk you for value or push you into folding. Or that the amateurs are bad at getting the maximum value out of their good hands because they give the pros easy call/fold odds. Of course there's a lot more to bet sizing than your own two cards, but you can't bluff properly without having a pretty good clue about what you represent having and making credible bets as if you had those cards. Pros are pretty good at smelling stories that don't make sense where you're betting on the turn/river like you have cards that you'd never play that way preflop/on the flop because they're usually a bluff. Or a very well disguised hand, but they'll sure test if you're capable of that.

The rest of the world uses Windows and OS X on the desktop, Android and iOS on mobile and couldn't care less about Unity and Gnome-shell. Even Windows Vista got Linux beat on StatCounter. You can use the classic desktop paradigm that ~78% use (Win7 + WinXP + OS X + Vista), join the new touch paradigm with ~19% (Win8 + Win8.1) or you can go your own way. My impression is that they're trying to design a car driven by joystick because some UX designer thought it was better, what's tested and works is too boring.

How about winning over some existing, established markets before trying to chase the latest fad? And even if it's not a fad, open source never moves fast enough to be first because there's no overall leader. Sure you could slap Linux on a tablet like Microsoft did with Windows many years before Apple, but it won't work well until all the application developers feel having a touch UI is an itch they need to scratch. Sure we can have visionaries, but Jobs was a visionary with an army of developers to turn them into reality. A Linux visionary is a man with a powerpoint slide. Or actually a LibreOffice Impress slide, I guess.

An analyst is generally not a person eating his own dog food, it's a person trying to sell his insight of the market to third parties as investment advice. What it means in practice is that you're trying to make a lot of statements that make you seem smart in hindsight but don't compromise your credibility when they don't pan out. Like in this case, if the Oculus Rift doesn't launch in 2015 this won't even be a footnote. If it does launch, he can point to this statement and say "Look, I wasn't sure but I had a hunch this would happen". You don't need to make any elaborate theories of stock manipulation, this is simply one analyst trying to pump up his own career.

You use a lot of big words, I don't think you know what any of them mean. What I argue is that there's structural differences that makes this a better idea to to centrally than at home, regardless of how good or cheap the batteries get. If it's cost effective for you to store the power in a battery and use it in the daytime it's going to be more cost effective for them to store the power in a battery and sell it to you in the daytime. The very reason they sell it cheap at night is that there's no cost effective way to store the excess power for later, if there were the low night prices would go away. You're on the wrong end of the Dunning-Kruger effect here, buddy.

It's not about finding a solution. It's about taking what somebody has worked on, experimented with, done usability testing, put in a product and convinced the market to use and have a second company come in and say thanks for all the hard work, in a month we'll have a cheaper clone doing the exact same thing.

...and not knowing of any product using any of the MS patents, even if they were unaware it was patented and by who. Particularly in the same business, it's rather hard not to know what features the competition is advertising. It's certainly hard to prove you didn't know about them. Submarine patents are a different story, but for example when they made Android they probably couldn't claim ignorance of any features the iPhone had. Even the business requirements and feature requests can be "contaminated" by other products, it's not a feature you'd have added unless someone else had done it first.

Of course sometimes you get unlucky and develop the exact same solution, but that also means you're reinventing the wheel. Do you want a medal? Or you might feel it's obvious and widespread now, but was it that obvious when it was patented? Ten years ago is a long time in the tech industry, things that I go "well, duuuuuuuuh" to today maybe wasn't. If they were, I'd like to go back and redo my investments. I'm sure you all remember the warm reception the iPod get, boy was that right on the money...

Impossible? No. Economical? I don't see how, if it were why isn't the power company doing this centrally? Then they could average it out across everyone on the grid, instead of just you as the problem is usually production not transmission capacity. I guess it might make sense if you're producing your own power with solar panels and don't have to transfer power into the grid when it's sunny and out of the grid when it's dark, but the price seems steep for what you're getting. I mean this tech already exists but only for solar powered cabins off the grid, it's really expensive per kWh and usually just to power light bulbs and such.

Does your computer have a HDMI/DisplayPort or DVI port made in the last 10+ years? You got DRM. Nothing keeps you from running the RMS-approved distro of choice and play all the creative commons content you like though, you won't notice it's there until you try to play protected content. And that's why boycotts won't work, the only reason to buy a DRM-incompatible version of the same hardware is so you can try to play protected content and bitch about it not working, kinda like buying a Mac and complaining it won't play PC games.

You must understand that the entire movie industry is in a "now or never" mode, DVDs was broken, BluRay was broken and these 4K discs will rival the cinema master (DCI 4K) in quality. If the standard is established enough they can't just ditch it and the DRM is broken, they won't be able to do one better. So they're trying to make this the most unholy DRM abomination ever, because if it fails it's game over. It's really that simple.

He shouldn't have said in the home - probably more the school yard and campus. We used to pirate stuff on floppy discs and later burned CD-Rs with MP3s. Before online activation was possible as a requirement you could just install as many times on as many PCs as you wanted. And it wasn't like we hoarded it, here's my collections of MP3s for your collection of MP3s just pick anything you like and if you don't want the rest just delete it. But I think that's a bit 80s and 90s thinking, then you had Napster and the 00s. If there's "casual copying" like we did today, it's a secondary effect of a torrent download, one downloads and spreads it around to friends and extended family. That seems quite likely to still be going on.

Yeah, that turned out to be one of the big problems with IPv6 address aggregation - sounds great in the ivory tower, doesn't meet the needs of real customers, which is too bad, because every company that wants their own AS and routable address block is demanding a resource from every backbone router in the world.

IPv6's solution to the problem was to allow interfaces to have multiple IPv6 addresses, so you'd have advertise address 2001:AAAA:xyzw:: on Carrier A and 2001:BBBB:abcd:: on Carrier B, both of which can reach your premises routers and firewalls, and if a backhoe or router failure takes out your access to Carrier A, people can still reach your Carrier B address. Except, well, your DNS server needs to update pretty much instantly, and browsers often cache DNS results for a day or more, so half your users won't be able to reach your website, and address aggregation means that you didn't get your own BGP AS to announce route changes with, but hey, your outgoing traffic will still be fine.

My back-of-a-napkin solution to this a few years ago was that there's an obvious business model for a few ISP to conspire to jointly provide dual-homing. For instance, if you've got up to 256 carriers, 00 through FF, each pair aa and bb can use BGP to advertise a block 2222:aabb:/32 to the world, and have customer 2222:aabb:xyzw::/48, so the global BGP tables get 32K routes for the pairs of ISPs, and each pair of ISPs shares another up-to-64K routes with each other using either iBGP or other local routing protocols to deal with their customers actual dual homing. (Obviously you can vary the number of ISPs, size of the dual-homed blocks, amount of prefix for this application (since :2222: may be too long, etc.)

IPv6 was originally supposed to solve a whole lot of problems - not only did it have longer addresses (which ISPs need to avoid having to deploy customers on NAT, and in general to avoid running out of address spaces and crashing into the "Here Be Dragons" sign at the edge), but it was also supposed to solve a whole lot of other problems, like route aggregation, security, multihoming, automatic addressing, etc.

A lot of that turned out to be wishful thinking, e.g. the hard part about IPSEC tunnels is the key exchange and authentication, not building the tunnels, route aggregation didn't really work out because enterprises weren't willing to use carrier addresses instead of their own, and small carriers also wanted their own addresses instead of sharing their upstream's address space, or if it wasn't wishful thinking, it was addressing problems that IPv4 found other solutions for, like DHCP for automatic addressing.

And while NAT is a hopeless botch, it does provide a simple-minded stateful firewall as default behaviour, while IPv6 users need explicit firewalling to get the same security with real addresses (which they needed to do anyway, but especially if you're using tunnels, you have to be sure to put it in all the right places.

Back when I was closer to the ISP business, the general plan of most consumer ISPs was to start supporting IPv6 (once they had all their hardware and operations support systems able to manage it - it's amazing how many moving parts there are), and migrate most users to dual-stack, with NAT for IPv4 plus native IPv6, or else to use NAT IPv4 with tunneled IPv6.

Comcast may have lots of other issues as an ISP, such as banning customers from running server at home, and monthly usage caps (if they still do that), but they were ahead of most other US consumer ISPs on taking IPv6 seriously.

(My ISP supports IPv6 over tunnels, but doesn't run native dual-stack, at least on telco DSL. And I really should get around to actually trying it out, but I haven't...)

Anonymous Coward was asking if the "old SATA drives" referred to old SSD drives that use SATA (which wouldn't be too surprising if it were almost as fast), or old rotating hard disks that use SATA (which would be really surprising to find it faster than SSD.) Google results for the X25-m say yes, it's an SSD, just a bit older one that uses SATA instead of PCIe.

Lucky you, I averaged with the sun as my frame of reference and over a year my average location is the center of the sun*.

* Assuming a spherical and not elliptical orbit, if you don't get the desired results tweak the model.