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Association for Computing Machinery tries to undermine open access

Naty sez, "As a longtime member of the Association for Computing Machinery (ACM), I've often had cause to be annoyed by their approach to copyright (the ACM exists to support the computing community, not to make money, and they seem to have forgotten that). I've just written a blog post about their latest bit of asshattery - they are trying to convince the US government not to expand the successful NIH open access requirement to other government funding bodies, all in the name of protecting the revenue from their digital library."
The ACM has no legitimate needs or interests other than those of its members! How would U.S. voters react to a Senator claiming that a given piece of legislation (say, one reducing restrictions on campaign financing) "strikes a fundamental balance between the needs of the Senate and those of the United States of America"? ACM has lost its way, profoundly and tragically.

As much as Mr. Rous would like to think otherwise, ACM's publishing program is not an end in itself, but a means to an end. ACM arguing that an open repository of papers would be harmful because it "undermines the unique value" of ACM's closed repository is like the Salvation Army arguing that a food stamp program is harmful because it "undermines the unique value" of their soup kitchens.

One data-point: I wrote a short story for Communications of the ACM that they were supposed to put on their website for free more than a year ago, and they still haven't figured out how to do this; they say that their website back-end makes it impossible to flag articles as open access.

US Gov Requests Feedback on Open Access - ACM Gets it Wrong (Again)

Game-guilds can be modelled using the math of street gangs

The structure of guilds in video games mirrors the structures of criminal gangs in the real world, and both can be modelled using the same mathematics, say a group of Chinese and American scholars. Unfortunately, their paper isn't published in a proper open access journal, so we can't review their findings -- only the abstract.
Quantifying human group dynamics represents a unique challenge. Unlike animals and other biological systems, humans form groups in both real (offline) and virtual (online) spaces--from potentially dangerous street gangs populated mostly by disaffected male youths to the massive global guilds in online role-playing games for which membership currently exceeds tens of millions of people from all possible backgrounds, age groups, and genders. We have compiled and analyzed data for these two seemingly unrelated offline and online human activities and have uncovered an unexpected quantitative link between them. Although their overall dynamics differ visibly, we find that a common team-based model can accurately reproduce the quantitative features of each simply by adjusting the average tolerance level and attribute range for each population. By contrast, we find no evidence to support a version of the model based on like-seeking-like (i.e., kinship or "homophily").
Human group formation in online guilds and offline gangs driven by a common team dynamic (via /.)

(Image: Guild Wars, a Creative Commons Attribution ShareAlike photo from dalvenjah's Flickr stream)