Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
4218059 | Academic Radiology | 2015 | 16 Pages |
Abstract
Nine of the 12 participating algorithms pass precision requirements similar to what is indicated in the QIBA Profile, with the caveat that the present study was not designed to explicitly evaluate algorithm profile conformance. Change in tumor volume can be measured with confidence to within ±14% using any of these nine algorithms on tumor sizes greater than 10 mm. No partition of the algorithms was able to meet the QIBA requirements for interchangeability down to 10 mm, although the partition comprising best performing algorithms did meet this requirement for a tumor size of greater than approximately 40 mm.
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Authors
Andrew J. MS, Jovanna PhD, Kjell PhD, Adele PhD, Marios A. PhD, Nicholas PhD, Nancy A. PhD, Hubert PhD, Lubomir PhD, Rudresh DNB, DMRE, Jan-Martin PhD, Ninad MS, Michael PhD, Jan H. PhD, Gergely MS, Sam MS, Pierre MS, Christian PhD, Maria PhD,