DOSC TWiki snapshot as of mid-2005
Can libraries copy digital media for ever ?
Well, here's my basic idea/question: Currently, libraries serve to act as a repository of knowledge and media (books, tapes, video cassettes, DVDs, microfilm, etc...). With books or tapes, when the item becomes tattered or worn, the library has to discard the old copy and buy a new copy (from a licensed distributor). But now we have digital media. Several public libraries are now offering DVDs as part of their collection. Currently, it might cost someone $17 - $30 (?) to buy a copy of a movie. A boxed set of DVDs for a season of Buffy the Vampire Slayer?, etc... might cost $50 - $80. But because it's a digital media, (with a lot of money concentrated in a single, small plastic disc?), the libraries might want to make a backup copy in case someone sat on the disc or something (sounds reasonable to me...). For our example, imagine a library with 10 DVDs. The library makes a single copy of each DVD, which it puts in the DVD case for check-out. The original DVD it keeps in storage as a back-up copy. Then, if the media gets worn out or scratched, the Library can just make another copy off of the original DVD in storage, break the first copy into pieces (effectively destroying that copy), and put copy #2 in the case for check-out. If the DVD media goes missing, then there exists the possibility that two copies of the DVD could be circulating (which is probably not legal). Therefore, the Library would have to buy a new copy of the DVD. (* but -- the library should retain the first (original) DVD if the movie or whatnot will be going into the public domain? anytime soon). So here's the issue: if this kind of action is allowed, then a library (like baker library) could buy 4 copies of every movie that was ever made. Then, students could check them out over and over and over again, not having to worry too much about preserving the media. As long as they got back the disc (even in pieces), then the library could just toss that plastic in the trash and pull a fresh copy from its reserves. Note that this system is based on the premises that