RFID Data Model for Libraries - biblstandard
RFID Data Model for Libraries - biblstandard
RFID Data Model for Libraries - biblstandard
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<strong>RFID</strong> <strong>Data</strong> model <strong>for</strong> libraries Doc 067<br />
Annex B<br />
Empirical test results<br />
Inventory Operation Per<strong>for</strong>mances versus Read Memory Size.<br />
1 Objective:<br />
At a meeting of the <strong>RFID</strong> <strong>Data</strong> model <strong>for</strong> libraries working group, held on the 1 st March,<br />
2005, TAGSYS offered to explore the simulation of per<strong>for</strong>mance of key library <strong>RFID</strong><br />
operations versus read memory size. Bibliotheca and FKI offered to support this task. The two<br />
library operations which were proposed as being the most sensitive to memory size were the<br />
reading of books on conveyer sorting equipment and the inventory of books on library<br />
shelves.<br />
Un<strong>for</strong>tunately, the mathematical modeling simulation software that TAGSYS expected to use<br />
<strong>for</strong> this activity, SIMTAG, proved not suitable <strong>for</strong> this simulation. Consequently, TAGSYS<br />
has resorted to per<strong>for</strong>ming empirical tests to explore how the per<strong>for</strong>mance of a given library<br />
operation may be degraded by selecting too large a memory size.<br />
TAGSYS has selected the Book Inventory Operation as the most demanding operation <strong>for</strong><br />
speed and accuracy of reading. All testing was per<strong>for</strong>med with an ISO18000, part3, Mode 1,<br />
air interface protocol.<br />
2 Empirical Test Results:<br />
Test Set Up<br />
Books configuration: 40 books used (thickness from 5 to 10 mm) representing a 33 cm long<br />
reading length.<br />
Book Configuration :<br />
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