CBMS 1992: Durham, NC, USA

• Michael H. Stockett, Barry I. Soroka:
  Extracting spinal cord contours from transaxial MR images using computer vision techniques. 1-8
  
• William J. Geckle, Zsolt Szabo:
  Physiologic factor analysis (PFA) and parametric imaging of dynamic PET images. 9-16
  
• Cornelis N. de Graaf, André S. E. Koster, Koen L. Vincken, Max A. Viergever:
  A methodology for the validation of image segmentation methods. 17-24
  
• Mark J. Bentum, Robert G. J. Arendsen, Cornelis H. Slump, Charles A. Mistretta, Walter W. Peppler, Frank E. Zink:
  Design and realization of high speed single exposure dual energy image processing. 25-34
  
• Bennett R. Groshong:
  Estimating simple closed contours in images. 35-43
  
• Abhijit S. Kudrimoti, William H. Sanders:
  A modular method for evaluating the performance of picture archiving and communication systems. 44-53
  
• Emile Saab, Nicola Fumai, Marco Petroni, Kathleen Roger, Christian Collet, Alfred S. Malowany, Franco A. Carnevale, Ron D. Gottesman:
  Data modeling and design of a patient data management system in an intensive care unit. 54-63
  
• Chris M. Rozewski, David Yahnke, Arlene Hart:
  A comprehensive abstraction tool for the out-patient setting. 64-73
  
• Phil Curran, Kathy Norrie:
  An approach to verifying concurrent systems-a medical information bus (MIB) case study. 74-83
  
• Wesley W. Chu, Ion Tim Ieong, Ricky K. Taira, Claudine M. Breant:
  A temporal evolutionary object-oriented data model for medical image management. 84-91
  
• Nazeih Botros:
  A PC-based system for soft tissue classification. 92-99
  
• Mengyang Liao, Xinliang Li, Jiamei Qin, Sixian Wang:
  The extraction of the best SGLD texture features in the ultrasound B-scan images of cancered stomach coats. 100-104
  
• Baoning Pan, K. Abdelhamied:
  Application of artificial neural networks for automatic measurement of micro-bubbles in microscopic images. 105-114
  
• Jill R. Potratz, Gail Dengel, JoAnne Robbins:
  A comparison of swallowing in three subjects using an interactive image processing system. 115-122
  
• Liang Shen, Rangaraj M. Rangayyan, J. E. Leo Desautels:
  Shape analysis of mammographic calcifications. 123-128
  
• Deborah L. Hamilton:
  Identification and evaluation of the security requirements in medical applications. 129-137
  
• John A. Sanders, William W. Orrison:
  Design and implementation of a clinical MSI workstation. 138-146
  
• Eric Favre, Daniel Bertrand, Christian Pellegrini:
  A network distributed real-time data acquisition and analysis system based on X Window. 147-154
  
• Santina Franchi, Mario A. Imperato, Franco Prampolini:
  Multimedia perspectives for next generation PAC systems. 156-169
  
• Kumar V. Peddanarappagari, Roger S. Fager:
  Pixel based reconstruction (PBR) techniques. 170-179
  
• Shan Dong, J. Michael Fitzpatrick, Robert J. Maciunas:
  Rectification of distortion in MRI for stereotaxy. 181-189
  
• Satya Dharanipragada, K. S. Arun:
  Minimum square-deviation tomographic reconstruction from few projections. 190-197
  
• C. Blanco, Valentin Cuervas-Mons, Adolfo Muñoz Carrero, A. Duenas, Miguel A. González, Carlos Hernández Salvador:
  Medical workstation for the management of the transplantation unit of a hospital. 199-206
  
• Tun-Wen Pai, John H. L. Hansen:
  Morphological skeletonization for medical image compression. 207-214
  
• Kathleen Roger, Christian Collet, Nicola Fumai, Marco Petroni, Alfred S. Malowany, Franco A. Carnevale, Ron D. Gottesman:
  Nursing workload management for a patient data management system. 216-223
  
• Nassrin Tavakoli:
  Analyzing information content of MR images. 224-231
  
• William A. Pearlman, Aiman A. Abdel-Malek:
  Medical image sequence interpolation via hierarchical pel-recursive motion estimation. 232-241
  
• Sarah A. Rajala, Ikhlas M. Abdelqader, Griff L. Bilbro, Wesley E. Snyder:
  Motion estimation using mean field annealing applied to MRI. 242-249
  
• Mehmet Bilgen, William H. Brockman:
  Restoration of noisy images blurred by a random medium. 250-256
  
• Y. Hu, Tim J. Dennis:
  Simulated annealing and iterated conditional modes with selective and confidence enhanced update schemes. 257-264
  
• Suzanne B. Leif, Robert C. Leif:
  Producing quality software according to medical regulations for devices. 265-272
  
• Rob W. Parrott, Martin R. Stytz, Philip Amburn, David Robinson:
  Statistically optimal interslice value interpolation in 3D medical imaging: theory and implementation. 276-283
  
• Juan Manuel Ramirez, Sunanda Mitra, Alok Kher, Jose Morales:
  3-D digital surface recovery of the optic nerve head from stereo fundus images. 284-291
  
• Ushir B. Shah, Shree K. Nayar:
  Extracting 3-D structure and focused images using an optical microscope. 292-301
  
• Weizhzo Zhao, Jen Y. Chang, David M. Smith, Myron D. Ginsberg:
  Disparity analysis and its application to three-dimensional reconstruction of medical images. 302-308
  
• Paul F. Hemler, Todd Koumrian, John Adler, B. Guthrie:
  A three dimensional guidance system for frameless stereotactic neurosurgery. 309-314
  
• LiMin Fu, Mark Yang, Raul Braylan, Neal Benson:
  A hybrid system approach to multivariate analysis of flow cytometry data. 315-324
  
• J. A. Bentrup:
  An intelligent assistant for sleep stage scoring. 325-334
  
• Holger Dürer, K. Wang, Manfred B. Wischnewsky, Jun Zhao, J. Hommel:
  Intensive-Help-a knowledge-based system for intensive care units. 335-344
  
• Joung-woo John Kim, George A. Bekey:
  Adaptive abstraction in expert systems for medical diagnosis. 345-352
  
• Gerald Rom, Gerhard Jöchtl, Gert Pfurtscheller:
  A transputer-based EMG-system with integrated knowledge-base for diagnostic-support. 353-359
  
• Isaac N. Bankman, William A. Christens-Barry, Irving N. Weinberg, Dong W. Kim, Ralph D. Semmel, William R. Brody:
  An algorithm for early breast cancer detection in mammograms. 362-369
  
• Gregory D. Hume:
  A dynamic student model in a cardiovascular intelligent tutoring system. 370-377
  
• D. Christine Georgakis, C. Georgakis:
  Methodology for establishing a 'gold standard' [for a medical expert system]. 378-382
  
• Suresh K. Lodha, Jeff Reuben:
  Integrated computerized database and radiographic image analysis system for total knee and hip replacement. 383-390
  
• Horace Ho-Shing Ip, Stephen Wang-Cheung Lam, Muoi M. Arnold, Louis Kreel:
  An image computing system for the estimation and reconstruction of diffuse volume of an anti-cancer drug in liver tumours. 391-397
  
• Mengyang Liao, Jiamei Qin, Yanni Tan:
  Texture classification and segmentation using simultaneous autoregressive random model. 398-401
  
• Kim R. Fowler:
  Elements of successful design. 402-411
  
• Marian B. Gorzalczany, Mary McLeish:
  Combination of neural networks and fuzzy sets as a basis for medical expert systems. 412-420
  
• Gopal Sundaramoorthy, William E. Higgins, John Hoford, Eric A. Hoffman:
  Graphical user interface system for automatic 3-D medical image analysis. 421-428
  
• Raymond A. DeGennaro II, Denise Beattie, Thea Iberall, George A. Bekey:
  A control philosophy for prosthetic hands. 429-437
  
• T. Rush, Stephen Bear:
  Specifying medical software. 438-441
  
• M. Nooman, Abdalla S. A. Mohamed, Mohamed Emad Mousa Rasmy:
  Knowledge-based system for medical image compression. 442-449
  
• Ryoichi Nadachi, Kazuo Nunokawa:
  Automated corneal endothelial cell analysis. 450-457
  
• Chair-Li Chang, Heang-Ping Chan, Loren Niklason, Jeffery Crabbe, John Mathews, Mark Cobby, Ronald S. Adler:
  Computer-aided detection and characterization of hyperparathyroidism in digital hand radiographs. 458-465
  
• Ramón C. Hermida, Fernando Aguado, José R. Fernandez, Diane E. Ayala, José Rodríguez-Cervilla, José M. Fraga:
  Estimation of a neonatal cardiovascular risk score by biomedical discriminant analysis. 467-476
  
• Michael E. Drues, David L. Hopper, Douglas N. Lange:
  A system for detecting chemically-induced changes in cerebral blood flow using transcranial Doppler sonography in a dog model. 477-485
  
• Huei-Ning Natasha Ma, Martha W. Evens, David A. Trace, Frank Naeymi-Rad:
  A productive user environment for generating progress notes. 486-493
  
• Ramón C. Hermida, José Ramón Fernández, Artemio Mojón, Diane E. Ayala:
  Time-specified prediction limits for circadian blood pressure variability in clinical health. 494-503
  
• Edward Miskiel, Ozcan Ozdamar, D. Kimbrough Oller, Rebecca Eilers:
  Digital signal processor-based feature extraction vocoder for the deaf. 504-509
  
• Dean F. Sittig, Kei-Hoi Cheung, Lewis Berman:
  Fuzzy classification of heart rate trends and artifacts. 510-519
  
• Anthony L. Ricamato, Richard G. Absher, Mary T. Moffroid, James P. Tranowski:
  A time-frequency approach to evaluate electromyographic recordings. 520-527
  
• Michael James Schement, Peter H. Hartline:
  An intelligent controller for neurophysiological experiments. 528-537
  
• Dan Qiu, Joachim Dudeck:
  Some problems related with probabilistic interpretations for certainty factors. 538-545
  
• Riccardo Bellazzi, Silvana Quaglini, Carlo Berzuini:
  GAMEES II: an environment for building probabilistic expert systems based on arrays of Bayesian belief networks. 546-553
  
• Ru-Charn Chang, Martha W. Evens, Allen A. Rovick, Joel A. Michael:
  Surface generation in a tutorial dialogue based on analysis of human tutoring sessions. 554-561
  
• Mirsad Hadzikadic:
  Medical diagnostic expert systems: performance vs. representation. 562-571
  
• Keith C. C. Chan, John Y. Ching, Andrew K. C. Wong:
  A probabilistic inductive learning approach to the acquisition of knowledge in medical expert systems. 572-581
  
• Christopher J. Wolfkiel:
  Local motion identification and correction schemes for ultrafast CT flow studies. 582-585
  
• Shuqing Zhang, Joaquim Pontes Marques de Sa, M. Guerreiro, C. Abreu-Lima:
  Quantitative assessment of mitral regurgitation by automated contrast 2D echocardiography. 586-594
  
• Temel Kayikçioglu, Sunanda Mitra:
  Unique determination of shape and area of coronary arterial cross-section from biplane angiograms. 596-603
  
• Aiman A. Abdel-Malek, John Bloomer, Fathy F. Yassa:
  Adaptive pulse rate scheduling for reduced dose X-ray cardiac interventional fluoroscopic procedures. 604-611
  
• Kent Wreder, Dong C. Park, Malek Adjouadi, Sergio M. Gonzalez-Arias:
  Stereotactic surgical planning using three dimensional reconstruction and artificial neural networks. 612-615
  
• John P. Kerr, Eric B. Barlett:
  SPECT reconstruction using a backpropagation neural network implemented on a massively parallel SIMD computer. 616-623
  
• Hong Yan, Jingtong Mao, Benjamin Chen:
  MR image resolution enhancement using a multi-layer neural network. 624-632
  
• Woon-Seng Gan:
  Development of fuzzy neural tool for medical signal processing and imaging. 633-637
  
• Louis C. Pretorius, Cobus Nel:
  Feature extraction from ECG for classification by artificial neural networks. 639-647
  
• Claudio M. Held, James Kurien:
  FLAPECAN: a knowledge based system in electrocardiogram diagnosis. 648-655
  
• Xueqiang Zhou, Peter Engler, Malcolm G. Coblentz:
  Adaptive filter application in fetal electrocardiography. 656-662
  
• Naim Alper, Alex Pang, Boris Kogan:
  Visualization of wave propagation through a 3D strand of myocardium. 663-672
  
• Toru Masuzawa, Yoshykuki Taenaka, Masayuki Kinoshita, Takeshi Nakatani, Hisateru Takano, Yasuhiro Fukui:
  An electrohydraulic totally implantable artificial heart with a motor-integrated regenerative pump and its computer control. 673-680
  
• Matthew Mark Thomas:
  Application of artificial neural networks (ANNs) to complex oscillations in the human pupil light reflex. 681-687
  
• Suyun Chen, Martha W. Evens, David A. Trace, Frank Naeymi-Rad:
  Severity measurements using neural networks. 688-694
  
• Jonathan Michel, Gagan Mirchandani, Steven Wald:
  Prognosis with neural networks using statistically based feature sets. 695-702
  
• Thomas C. Wendell, Kadry Abdelhamied:
  A phoneme recognition system using modular construction of time-delay neural networks. 704-709
  
• Ralph Martinez, D. Smith, H. Trevino:
  ImageNet: a global distributed database for color image storage, and retrieval in medical imaging systems. 710-719
  

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