Well, yes. I’m kind of wondering why they didn’t figure that out sooner. They had the data; I’ve probably been quoted in The Economist more often than any other single magazine. Except maybe Linux Journal.
Six years ago, in The Art of Unix Programming, I observed some interesting trends in the deployment of programming languages. One Christer NyfÃ¤lt mailed me this morning reporting that he had followed up by collecting the analogous statistics from SourceForge for present time. Here’s what he said (lightly copy-edited as his English is a bit shaky):
Mancur Olson, in his book The Logic Of Collective Action, highlighted the central problem of politics in a democracy. The benefits of political market-rigging can be concentrated to benefit particular special interest groups, while the costs (in higher taxes, slower economic growth, and many other second-order effects) are diffused through the entire population.
The result is a scramble in which individual interest groups perpetually seek to corner more and more rent from the system, while the incremental costs of this behavior rise slowly enough that it is difficult to sustain broad political opposition to the overall system of political privilege and rent-seeking.
This weekend, at Balticon (the Baltimore Science Fiction Convention) I got to play a bit with an infrared-sensing webcam. These turn out not to be very difficult to construct, because CCDs are sensitive well into the IR range. The normal filter blocks IR but passes visible light; by replacing it with fully exposed film stock, which is opaque to visible light but transparent to IR, you get infrared imaging.
Well, now. This is interesting: A study of corporate Linux adoption polling 1,275 IT professionals says:
Linux desktop roll out is easier than expected for properly targeted end-user groups
Those with experience are much more likely to regard non-technical users as primary targets for Linux. The message here is that in practice, Linux is easier to deploy to end users than many imagine before they try it.
It’s become fashionable lately to be pessimistic about Linux’s future on the desktop, but I have to say this matches my experience pretty well. The handful of Ubuntu deployments I’ve done in the last couple years for end-users have indeed been easier than one might have expected.
If it is impossible for something to continue indefinitely, it will eventually stop.
The politics of the modern redistributionist state is founded on the assumption that politicians can buy votes by promising voters ever more munificent entitlements – from federal deposit insurance against bank failures to government-subsidized medical care – with the money for these things always somehow being painlessly extracted from somebody else.
Some years ago I did a speaking tour in Scandinavia that involved staying in Denmark for a couple of days. Denmark, like the other Scandinavian nations I’ve visited, is a tidy little country full of intelligent, civilized, and agreeable people. As long as you can get along with gray sub-arctic weather and gray, characterless food these are interesting places to be – well, at least for someone with my strong interest in history and archeology. Historical museums, here I come!
But while I was in Denmark I kept tripping over odd facts that pointed to a possibly disturbing conclusion: though the Danes don’t seem to notice it themselves, their native language appears to me to be dying. Here are some of the facts that disturbed me:
I saw the new Star Trek movie last night, and it answers a question I wasn’t sure anyone would ever ask (or want to) – namely, could they find a young actor who could effectively clone William Shatner’s performance in TOS (The Original Series) as the alpha asshole of the future galaxy. The answer is yes.
I enjoy a game called “Commands and Colors: Ancients”, which I’ve blogged about here before. It’s a simulation of tactical ancient warfare that uses special dice to resolve battles. In any given battle you can consider each six-sided die to have faces labeled with the symbols Miss, Miss, Hit, Sword, Helmet, Flag. To improve my play, I decided to generate and study a table of the odds of getting a specified number of hits when a specified number of dice is rolled. I set out to write a Python program to do this.
There are special circumstances under which flags and helmets convert to hits, so the program actually needs to print out several tables and is not entirely trivial. Still, it is computing on a mathematically simple model with strictly bounded computational cost – except for war elephants. These units have the special ability that when they roll a sword, the sword is counted as a hit and then rerolled. (This may make more sense if you think of a sword roll as representing impact damage.) You keep rolling and marking hits as long as the die keeps coming up swords.
To calculate the non-elephant probabilities I enumerated eight entire state spaces for each of 1 to 8 dice (the most you can ever roll under the rules – takes Alexander the Great or Julius Caesar leading a Heavy unit with the the Clash of Shields +2 bonus active), then counted up instances of each distinct outcome (so many misses, hits, swords, flags, banners) to assign a probability mass to each.
(Statisticians often think in terms of probability mass or probability weight, which has to be conserved as a distribution changes. It’s analogous to thinking of electricity as a fluid.)
I then had to write code to mutate a copy of each distribution according to the elephants’ sword-reroll rule. To do this, each outcome containing a sword hit needs its probability mass divided by six and reallocated to itself and five other outcomes with one fewer sword apiece; you stop reallocating when the probability mass on a sword-containing outcome drops below a very low noise level.
That particular piece of code gave me more trouble than the rest of the program put together. At one point I grumbled to a friend who had been following the project “I’m having persistent bugs in my probability mass reallocator.”
He looked right back at me and said, with a perfectly straight face, “Have you considered reversing the polarity of the neutron flow?”
I began reading science fiction almost exactly 40 years ago, when my family was passing through Orly airport in Paris while moving from London to Rome. My parents liked to encourage all five of their kids to read; we were told we could have one magazine of our choice from the newsstand. I picked a copy of Analog, a magazine I’d never seen before. It had a gorgeous Kelly Freas cover featuring a man being menaced by a dinosaur-like creature with gorgeous polychrome scales. I have it still.
Science fiction has given me entertainment and escapism, for sure – but it has given me ever so much more than just that. It has given me puzzles to chew on, examples to admire, philosophical questions to mull over. By thinking about fictional worlds, I learned a perhaps surprising amount about the real one – not so much facts as useful habits of thought, perspectives, fruitful ways of asking questions.
Here are some of them…
I have deactivated IntenseDebate. Its maintainers tell me there is no way to disable pagination of comments, a feature several of my regulars justifiably complained about and I loathed.
I apologize for any inconvenience this may have caused.
If you have left a comment which has not appeared, have patience. I will try untangling the mess from my home machine Sunday night when I get home from my current road trip.