The handbook of medical image perception and techniques / ed. by E.Samei, E.Krupinski. - Cambridge: Cambridge University Press, 2010 (2014). - xii, 424 p.: ill., ports. - ISBN 978-1-107-42463-0 Шифр: (Q2016-25, Р34-H220 ч/з1) 01  Место хранения:   01 | ГПНТБ СО РАН | Новосибирск

Оглавление / Contents

List of contributors ............................................ x 1 Medical image perception ..................................... 1 EHSAN SAMEI AND ELIZABETH KRUPINSKI Part I. Historical reflections and theoretical foundations ...... 7 2 A short history of image perception in medical radiology ..... 9 HAROLD KUNDEL AND CALVIN NODINE 3 Spatial vision research without noise ....................... 21 ARTHUR BURGESS 4 Signal detection theory - a brief history ................... 26 ARTHUR BURGESS 5 Signal detection in radiology ............................... 47 ARTHUR BURGESS 6 Lessons from dinners with the giants of modern image science ..................................................... 73 ROBERT WAGNER Part II. Science of image perception ........................... 79 7 Perceptual factors in reading medical images ................ 81 ELIZABETH KRUPINSKI 8 Cognitive factors in reading medical images ................. 91 DAVID MANNING 9 Satisfaction of search in traditional radiographic imaging .................................................... 107 KEVIN BERBAUM, EDMUND FRANKEN, ROBERT CALDWELL, AND KEVIN SCHARTZ 10 The role of expertise in radiologic image interpretation ... 139 CALVIN NODINE AND CLAUDIA MELLO-THOMS 11 Image quality and its perceptual relevance ................. 157 ROBERT SAUNDERS AND EHSAN SAMEI 12 Beyond the limitations of the human visual system .......... 165 MARIA PETROU Part III. Perception metrology ................................ 175 13 Logistical issues in designing perception experiments ...... 177 EHSAN SAMEI AND XIANG LI 14 Receiver operating characteristic analysis: basic concepts and practical applications ........................ 187 GEORGIA TOURASSI 15 Multireader ROC analysis ................................... 204 STEPHEN HILL1S 16 Recent developments in FROC methodology .................... 216 DEV CHAKRABORTY 17 Observer models as a surrogate to perception experiments ... 240 CRAIG K. ABBEY AND MIGUEL P. ECKSTEIN 18 Implementation of observer models .......................... 251 MATTHEW KUPINSKI Part IV. Decision support and computer aided detection ........ 259 19 CAD: an image perception perspective ....................... 261 MARYELLEN GIGER AND WEIJIE CHEN 20 Common designs of CAD studies .............................. 276 YULEI JIANG 21 Perceptual effect of CAD in reading chest radiographs ...... 290 MATTHEW FREEDMAN AND TERESA OSICKA 22 Perceptual issues in mammography and CAD ................... 304 MICHAEL J. ULISSEY 23 How perceptual factors affect the use and accuracy of CAD for interpretation of CT images ............................ 311 RONALD SUMMERS 24 CAD: risks and benefits for radiologists' decisions ........ 320 EUGENIO ALBERDI, ANDREY POVYAKALO, LORENZO STRIGINI, AND PETER AYTON Part V. Optimization and practical issues ..................... 333 25 Optimization of 2D and 3D radiographic imaging systems ..... 335 JEFFREY H. SIEWERDSEN 26 Applications of AFC methodology in optimization of CT imaging systems ...................................... 356 KENT OGDEN AND WALTER HUDA 27 Perceptual issues in reading mammograms .................... 364 MARGARITA ZULEY 28 Perceptual optimization of display processing techniques ... 380 RICHARD VANMETTER 29 Optimization of display systems ............................ 395 ELIZABETH KRUPINSKI AND HANS ROEHRIG 30 Ergonomic radiologist workspaces in the PACS environment CARL ZYLAK ................................................. 406 Part VI. Epilogue ............................................. 411 31 Future of medical image perception ELIZABETH KRUPINSKI AND EHSAN SAMEI ........................ 413 Index ......................................................... 417