Nope, isn't 59 prime?

Me, the IT ninja

haha, forgot about this picture from the party at leopold bros.

Same happened to me :-/ I created an account in either late 98 or early 99 (too much happened in the last dozen years to be sure), forgot what my login/pwd were, so I recreated this one with my massive UID. It was still fun at the anniversary party to have a 'low uid' though. Lots of 7 digit UIDs in the Ann Arbor area.

Consumer ISPs will just charge you an extra 2.99 per device to have a true router (behind their nat) so they can sell 8000 people 192.168.0.2, etc, etc.

Cores often share cache. Separate CPUs rarely do. The problem in this case is, when you approach 48 Cores in 1 CPU, the accounting task for the cache users starts growing out of proportion to the performance gain from adding cores.

I'm guessing they have some algorithm that has blacklisted terms that the highest use patterns involve offensive material searches, regardless of the non offensive implications. Because they don't control their result ordering, these terms could provide offensive material in the future (or rather, are more likely to).

All said and done, put me down in the `meh, doesn't bother me` camp though. I still hit enter with this due to the momentary lag between when I finish typing and the results showing up (slow internet connection).

Just a few decades ago, and for thousands of years previous, there were very few great advancements that did not put someone's life in jeopardy. In my mind, that is where NASA went wrong.

I would wager we could build a space shuttle replacement for 1/10th the cost but with double of the failure rate and still have the best and brightest clamoring to get aboard!

Today, there are billions wasted and many opportunities to learn missed in an effort to prevent catastrophe. Though I understand the logic, I think that risk avoidance is what has brought so many exciting government, and private sector, programs to a slow crawl.

It wouldn't be difficult to find someone willing to travel to Mars on a low budget/high risk mission. Sure they may not come home, but they would go anyway. I'd bet you could find someone to take a one way flight to the outer solar system, just for the sake of exploration. A few hundred years ago, humanity had great respect for explorers and scientists who were willing to put their lives on the line for the sake of progress. How many discoveries were made when men and women risked, and often lost, their lives exploring uncharted territory, or trying risky experiments.

I applaud this effort and hope that people start realizing that there are 6 Billion people on this planet, one or two lives for the sake of progress is a small price... and one that would likely be paid willingly just to go down in history as "the first".

But even at point blank ranges, you still need to worry about interference.

A container format is a necessary evil. There is much more to any media file than just the content. Potentially in any media file there may be metadata, timing information, synchronization information, subtitles, multiple language audio streams, multiple video streams, 3d video streams, surround sound information, interactive content, etc.

A good container format is one that allows all of those things in a way that developers supporting that container format can utilize in a standard predictable way.

If you did away with the container, your issues with .avi now would be severely compounded as your software must determine how to combine several files into one complete presentation. This is what many editing packages do... and even ones costing hundreds of dollars can have a hard time of it sometimes.

Sure you could... but would those 10 meet the needs of developers, content creators, and everyone else to whom the container does matter.

Most container formats are limiting on the users of the format... and they must be to ensure that someone can develop for them, if there weren't rules, then it wouldn't be a specification. The best format is the one that imposes the right limitations while remaining very flexible for future technologies and uses.

While there are a multitude of container formats, few have met the ideal balance between flexibility and restriction. I haven't read the linked article, but I suspect it will highlight how OGG is to restricting and/or not flexible enough to stand the test of time.

It would be trivial to create a completely unrestricted container format, but no one could use it as there would be no standard for reading the content contained within it.

This is assuming that the "pop" music industry is sustainable. I argue that it is not.

As recording companies continue to gouge consumers and musicians, as consumers continue to demand lower prices and alternative sources (especially free ones), as music becomes easier to produce and major labels simply manufacture stars, the consumers gradually look outside the pop scene.

There will likely always be stars in the recording industry, however i think that eventually those recordings will not be able stand on their own... they will REQUIRE royalties from TV/Movies/commercials, revenue from performances, and other unforeseen sources other than record sales in order to be profitable.

The recording studios have already demonstrated that it doesn't take much talent to achieve super-star status. And as technology progresses, any average creative person may be able to create music that rivals even the best musicians of today... the future is bleak for the recording industry.

All it will take to topple the pop scene is for a handful of independent artists to to achive superstar status without a major label. This will entice radio stations and record stores to shop talent and try to be the first to introduce the next star. Radio stations will not be competing to play the same music the most, but instead compete to play artists that nobody has heard of but their listeners enjoy. It will happen eventually. The Internet is already making it trivial to locate and sample new talent; TV, Radio, Movies, and Commercials have all given independent artists much more attention in recent years... and I don't see the trend changing any time soon.

When 10's of thousands of screaming fans pile into a local stadium to watch a computer shred in the style of Jimi Hendrix... then I'll be concerned.

Until then, music is starting to return to it's roots... it's a PERFORMING art and is meant to be an experience not just background noise.

Sure people will always listen to music, but eventually musicians will become rich by putting on stage shows and recordings will merely help them develop a following. It's already trending this way with the rise in popularity of indy music, the increase in "illegal" music downloads, and recent stories I have read that say musicians are making more than ever on their tours. (http://labs.timesonline.co.uk/blog/2009/11/12/do-music-artists-do-better-in-a-world-with-illegal-file-sharing/)

Unless it was a decimalhex bug... 10 hex = 16 dec , 2016 IS a leap year.

If Internet connectivity were ubiquitous and cheap and proper standards were developed and encouraged, we would see a tremendous improvement in efficiency.
1. It takes a very minimal amount of power to use hosted applications, so the end users devices would be low power.
2. Data centers have serious incentives to be efficient, when your annual electric bill is in the $100,000+ range, even a 1% improvement is worth considering, when was the last time you cared about saving 1% on your electric bill.

The WWW is getting us on the right track, but what we really need is to develop a new Internet protocol for hosted applications. I see little reason that we need to continue to try and add complexity to the WWW, HTML was never really intended for Web 2.0+ apps. If this new protocol were properly designed, and very open, and had strictly enforced standards, hardware could be made to accelerate its more power hunger aspects (sound, video, 3d, etc.). This would result in very low powered components that do one thing very well, coupled with a very low powered cpu you could have a full featured machine that consumes minimal power.

For the same reason it supports any platform... someone wanted it to.

Though I would wonder at the wisdom of investing time and energy on making it run on a Gamecube, I'd imagine it was actually a pretty simple matter and someone did it as more of a novelty than because they had a legit need for it.

A lot of people seem to think that it takes a ton of effort to make Linux work on a new system, but often it's just a matter of having the kernel detect that it's running on that system and load or not load certain modules. Most hardware platforms use standard parts and technologies from various manufacturers and simply combine them. So if all of the individual chipsets are supported, then the entire platform is as well... though it may need a tweak.