Google Books .pdf document equivalence problem #7884

But Google also uses optical character recognition to produce a second version, for its search engine to use, and this double process has some quirks. In a scriptorium lit by the sun, a scribe could mistakenly transcribe a “u” as an “n,” or vice versa. Curiously, the computer makes the same mistake. If you enter qualitas—an important term in medieval philosophy—into Google Book Search, you’ll find almost two thousand appearances. But if you enter “qnalitas” you’ll be rewarded with more than five hundred references that you wouldn’t necessarily have found.

Finding these kinds of sites can be tough, especially if you’re looking for authentic 1990s sites and not retro callbacks, since Google seems to refuse to show you pages from over 10 years ago.

So the proper unit for this kind of exploratory, semantic search is not the file, but rather something else, something I don't quite have a word for: a chunk or cluster of text, something close to those little quotes that I've assembled in DevonThink. If I have an eBook of Manual DeLanda's on my hard drive, and I search for "urban ecosystem" I don't want the software to tell me that an entire book is related to my query. I want the software to tell me that these five separate paragraphs from this book are relevant. Until the tools can break out those smaller units on their own, I'll still be assembling my research library by hand in DevonThink.

But in response there has been no serious attempt by digital media developers to engage in a constructive public dialogue with historians of information and leading librarians. There is, perhaps, a reason for this. As Geoffrey Nunberg starkly revealed in 2009 in the Chronicle of Higher Education, Google cannot celebrate the history of indexing and cataloguing because it would draw attention to its matrix of errors. As of yet, Google Books does not work as an accurate system of cataloguing and searching for books. Nunberg showed that the seemingly clunky nineteenth-century Library of Congress Classification system is still more accurate. So intellectual history can still offer practical models and lessons to the titans of the Web.

Kahle has been critical of Google's book digitization, especially of Google's exclusivity in restricting other search engines' digital access to the books they archive. In a 2011 talk Kahle described Google's 'snippet' feature as a means of tip-toeing around copyright issues, and expressed his frustration with the lack of a decent loaning system for digital materials. He said the digital transition has moved from local control to central control, non-profit to for-profit, diverse to homogeneous, and from "ruled by law" to "ruled by contract". Kahle stated that even public-domain material published before 1923, and not bound by copyright law, is still bound by Google's contracts and requires permission to be distributed or copied. Kahle reasoned that this trend has emerged for a number of reasons: distribution of information favoring centralization, the economic cost of digitizing books, the issue of library staff without the technical knowledge to build these services, and the decision of the administrators to outsource information services

Pomerantz, Jeffrey. Metadata. The MIT Press Essential Knowledge Series. The MIT Press, 2015. ISBN: 978-0-262-52851-1. $15,95

technology companies have made it work that way. Ebook stores from Amazon, Apple, Google, Kobo, Barnes and Noble all follow broadly the same rules. You’re buying a licence to read, not a licence to own.

without downloading or reading them.

Many of the university’s holdings “were invisible to the world,” Coleman says. Google’s involvement promised to change that.

“It’s hard to imagine going through a day doing the work we academics do without touching something that wouldn’t be there without Google Book Search,”

a persistent cultural challenge: how to balance copyright and fair use and keep everybody—authors, publishers, scholars, librarians—satisfied. That work still lies ahead.

literature became data