I'd like to see Samsung get into big trouble over this because it is inherently wrong, at least that's my position, but I am less sure if they have broken any actual laws. Maybe some digital eavesdropping provisions that are only allowed to be done by governments have been breached but I can see Samsung weaselling out of that one. There's probably a disclaimer in 5point font 100 pages into the agreement that the buyer agrees to by opening the box.... of course that's wrong too. Oh where to start...
What places might those be? And what's the excuse for buying a cassette when you already own an LP?
If you wanted to play music in your car (and didn't want that to be from the radio) you might need to buy a cassette, at least I'm not aware of any cars came with builtin turntables. The Walkman also made it possible to take music with you on the go, but again if you had the LP you'd need to "buy the White Album again" on cassette.
It is my understanding that in many of the "loser pays" jurisdictions it applies only if the party bringing the suit loses. So in your example you'd be fine... well not fine, more like screwed, but at least safe from having to front up the money for the vampiric hordes used to convict you of some heinous act like downloading a copy of Santa Clause 2.
It's still not a perfect system, but better than you describe.
I run a number of faculty specific labs (specialised software & hardware) and have a lot of contact with central IT and other faculty specific lab administrators.
I echo a lot of the sentiments already expressed but wanted to address the specific issue of speaking to the users of the facility. Mine is, as far as I know, the only place at my University that has the support staff located in the computer lab area. Everywhere else the students have to log a job with the helpdesk... which ends up being rare because it's more effort than just moving to another machine. Then the admins come around some time later (or perform tasks remotely) and do not, in any way, interact with the end users. In my case they just come and ask, which has its drawbacks too, but I get to know a lot more about them and how they use the labs.
Even those who have their own machines use the labs primarily because of the software. They can't afford to buy copies of CS4 and Solidworks and Final Cut Pro and so on... some pirate, but many wouldn't know how, the rest don't want to. The other reasons are communication with other students, printing and the speed of the machines we have as opposed to what they can get on their laptops.
Knowing how the students work and communicating with them regularly has helped me make the facilities better and while the labs are open until 3am and I go home some 9 hours earlier they're not shy in letting me know what happened the night before about any specific issues.
You learn only so much by looking, you learn more by talking as well.
To give an example - Fedex and UPS spent hundreds of millions of dollars to place orders for A380s in 2006
2. It's still streets ahead of OS X, and OS X's licensing doesn't seem to have slowed it down too much.
Whether or not Windows 7 is streets ahead of OS X is debatable but I'm more interested in the second half of that point. OS X, at least the client version which is what I assume we're talking about, has no licensing scheme to speak of. You can install OS X on as many machines as you want from one disc and never have to make a phone call for an activation code or connect to Apple's servers for permission. I guess Apple is effectively selling a licence of OS X with every box sold you could argue their licensing is a giant dongle which doubles as a computer.
At any rate I think the reason OS X's licensing doesn't seem to have hampered it is because it barely has any when compared to the alternative from Microsoft.
Depends on how you frame your purpose. It's a bit like giving a man trout as opposed to teaching him to fish. Also why can't they feed the poor *and* do space exploration.
Personally I think space exploration is very important. Eventually we're going to have to get off this rock to survive. Whether by resource depletion, disease, catastrophic event (something big crashes into Earth, supervolcanoes go apeshit or sun going supernova) something's going to make our time here limited and the sooner we find viable ways of travelling, finding other hospitable planets (or moons) sustaining ourselves and all the other things we haven't figured out yet the better. Yes some of what we do could probably be done better, or more efficiently, but we've got to keep trying. I'm also not a fan of just letting the USA and Russia play this game. I think India the ESA and China all have a valid reason to play the game too. I'm not sure which 3rd world country was being referred to but all the involved nations so far have poor hungry people they could be helping out.
Just because they have a space program doesn't mean they can't do that too.
Mainly the fear is "we can't do the same thing because some relatively obvious part of that is patented and we'll get sued". Usually, I guess, the legit avenue would be to ask company X for a licence to use the patent and put some litigation lawyers out of work to the benefit of contract lawyers.
Problem is I don't think company X is obliged to licence the patent and even if they did they will ask some stupendous amount of money for it which is effectively the same thing as not offering it at all. Maybe if there was a mechanism whereby the granting of a patent to bust copycats in court also came with a way to allow licencees of said patent at a reasonable rate for those who actually wanted to advance the state of the art in a meaningful way. Maybe with some timeframes about when the licencing must start.
Perhaps they would have to demonstrate some significant advance...
I know. Words like "reasonable" and "significant" would need defining... more lawyers I guess.
You will find that infact some trials in Tasmania have already taken place and a report on the effectiveness, or otherwise, of that effort can be had here.
You need to check out how Snow Leopard is built a little better, as it will not be 100% 64bit. It will be 'more' of a hybrid, but still not a full 64bit OS.
I don't profess to have a knowledge intricate enough to claim SnowLeopard is 100% 64-bit, not to mention that Snow Leopard isn't actually out yet and things may change. What I have learned is best represented by the graphic on this page where there is an end-to-end path of 64-bitness for Snow Leopard that wasn't there for previous iterations of the OS. To me that means a 64-bit OS. Perhaps to you it doesn't.
Because it DOESN'T matter in the Windows world. 32bit applications get performance benefits on the 64bit OS. Also if developers want to provide a full 64bit version, it is a simple recompile, you don't have to re-write the application like a lot of people (Adobe for example) find they have to do on OS X. This is why if you want a 64bit version of Adobe software, you need Vistax64, as the development APIs Apple sold Adobe never got moved to 64bit as promised.
You claim it doesn't matter for the windows world and then pick out a counterexample for an application written in Carbon. You're either deliberately obfuscating the issue or not understanding what's going on.
1. If you write your application in Cocoa a 64-bit version is a recompile away just as in Windows
2. Apple never sold Adobe anything, the devtools are free
3. What never got moved to 64-bit was the Carbon framework which was more of an interim measure to support software written for the PowerPC days and Adobe, understandably, were reluctant to do a complete re-write (using, I believe, Codewarrior)
All MS API sets(development platforms) move to 64bit, even old 16bit applications can be recompiled as 64bit applications. (You can't do this with System 9 applications, nor even the whole early 32bit transition APIs Apple provided.) Understand?
Perfectly. I don't disagree at all. Of course a lot of this was necessitated by the transition to OS X and from the PowerPC architecture to x86.
For everything the application (Apache in this example) that touches the OS, an OS API, or asks the OS to do, gets processed in 32bit mode. So if Apache asks OS X's kernel for a file from the File System, this is all happening in 32bit. Every API Apache uses that goes through the OS X kernel is processed in 32bit mode - not only in the OS, but the CPU is shifted to 32bit mode to process the call as well. Understand?
Yes, why do you keep asking me that?
You are defending Apple on something they don't need to be defended on and are more a problem in the industry when it comes to this subject than some 'noble' company. Do you remember the Apple ads talking about the FIRST 64bit Personal Computer? How ironic that this many years later it still isn't even running a native 64bit OS, where Windows has been doing 64bit versions since the mid 90s. (Yes NT 4.0 versions had 64bit modes and used 48bit addressing space on hardware capable of it, like the DEC Alpha) Apple is out of their league and making a fool of themselves in the process.
I don't quite get what you mean by 'noble' company. Apple certainly don't need me to defend them and I do remember the ads, though I remember it as the first 64-bit laptop (though that was also false). Yes, they were misleading, but Apple's certainly not alone in that game. They did a similar one for the FASTEST PC on the planet...
I'm not disputing windows was there first*, what I'm saying is that while Microsoft has its feet in both 32 and 64bit OSs Apple is trying to move the entire product line. If Snow Leopard delivers what is being promised Apple will not be able to claim beating Windows to 64-bit. What it can claim is to be the first away from 32-bit*.
Understand?
* for comparisons between Apple and Microsoft at least
If it's not in the computer, it doesn't exist.