Always wanted a collaborative 'book spine' pattern matcher / recognizer project. If only I could take say a gigapan of my bookshelves and have it tell me the names of all my books and where they were...
For some who listen to music and (still collect physical media) a CD spine recognizer may prove to have utility as well. Of course the same pattern is unlikely to succeed for LP's since they present such a narrow and often unrecognizable surface in their smallest dimensions. But kitchen spices might fit into the melange. In any case this would save the tedium of bar code scanning and the like for one of the most important aspects of the personal geography of my house - also good for firing off replacement requests to Amazon for the inevitable attrition due to lending or loss to guests who wander off with them. a On Jan 31, 2008 10:20 PM, Brian Grant <[EMAIL PROTECTED]> wrote: > Ubisense 3D real time tracking systems require just this kind of > exercise to calibrate the network of transceivers and tags. > > Every space is defined with each device precisely located with fixed > origin x, y, z coordinates. > > I built a demo that could track a tag to within a half meter. This > ultra-wide band based system uses time difference of arrival and angle > of arrival to determine location. www.ubisense.net > > > - Brian Grant > > Application Engineer, Wireless Sensor Networks > Aginova, Inc. > Middletown, OH > > www.aginova.com > > _______________________________________________ > Geowanking mailing list > [email protected] > http://lists.burri.to/mailman/listinfo/geowanking >
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