CBMS 1993: Ann Arbor, MI, USA

• Paul T. H. Kim:
  FDA and the regulation of medical software. 1-6
  
• Paul V. Matsiras, E. T. Berger:
  Medical CANDAs as a regulatory tool for clinical data review. 7-9
  
• B. John Elahi:
  Safety & hazard analysis for software controlled medical devices. 10-15
  
• William E. Eureka:
  Planning successful products (on purpose). 16-21
  
• Robert F. Hales:
  Quality function deployment in concurrent product/process development. 28-33
  
• M. K. Das, C. C. Li, S. R. Burgett:
  A new multiresolution predictive scheme for lossless compression of medical images. 34-39
  
• Piotr Jasiobedzki:
  Registration of retinal images using adaptive adjacency graphs. 40-45
  
• Kumar V. Peddanarappagari, Roger S. Fager:
  Convolution reverse-projection. 46-51
  
• A. Robert Spitzer, Felix Bearden:
  DANIEL: a dynamic acquisition & numerical information environment & language and RIVKA: robust intelligent vector crunching application (virtual instrument). 52-57
  
• Lon D. Gowen, May Yee Yap:
  Traditional software development's effects on safety. 58-63
  
• Jeffrey M. Voas, Keith W. Miller, Jeffery E. Payne:
  A software analysis technique for quantifying reliability in high-risk medical devices. 64-69
  
• Alfred LeBron Paige, Ozcan Ozdamar, Rafael Delgado:
  Rapid acquisition and tracking of evoked potentials by two dimensional spectral filtering. 70-75
  
• Diana E. Ayala, Ramón C. Hermida:
  Predictable time structure of circadian cardiovascular characteristics in healthy human pregnancy. 76-81
  
• Margaret G. E. Peterson, Mary P. T. Murray-Weir, Leon Root:
  Comparison of results from two methods of measurement of stride characteristics. 82-87
  
• Thomas L. James, Michael Magee, Harold J. Bruyere:
  A computer imaging system for noninvasively determining blood pool volume in the chick embryo heart. 88-93
  
• Jim M. Ng, Edward Chan, Horace Ho-Shing Ip, K. Y. Kwok, Y. K. Lee, Peter H. H. Tsang:
  A multimedia conferencing system for co-operative medical diagnosis. 94-99
  
• Horace Ho-Shing Ip, Ken C. K. Law, Siu-Lok Chan, W. Y. Chau, C. P. Wong:
  A hyperdocument architecture for cardiac catheterisation documents. 100-105
  
• Ramzan Khuwaja, Martha W. Evens, Allen A. Rovick, Joel A. Michael:
  Building the domain-expert for a cardiovascular physiology tutor. 106-111
  
• James M. Sorace, G. William Moore:
  Rapid validation of a medical expert system using precedence logic. 112-117
  
• Chiang S. Jao, Daniel B. Hier:
  Applying hypermedia and expert system technology to the neurological consultation. 118-123
  
• Peter Kokol, Viljem Zumer, Bruno Stiglic, Jernej Zavrsnik, Kurt Kancler:
  Tracing and controlling child's development using COCIDIN. 124-129
  
• Molly I. Tisdell, Charles F. Jerabek:
  Computerized cardiopulmonary perfusion-a six year overview. 130-133
  
• Mark Thursz, Martin Fowler, Thomas Cairns, Michael Thick, Gerry Gold:
  Clinical systems design. 134-139
  
• Atam P. Dhawan, Sven Loncaric, Kari Hitt, Joseph Broderick, Thomas Brott:
  Image analysis and 3-D visualization of intracerebral brain hemorrhage. 140-145
  
• Mansur R. Kabuka, Daichun Xu, Loren L. Latta:
  Analysis of 3-D micromotion of porous-coated femoral prostheses. 146-152
  
• Temel Kayikçioglu, Sunanda Mitra:
  A new method for estimating dimensions and 3-D reconstruction of coronary arterial trees from biplane angiograms. 153-158
  
• L. Tandy Herren, Brian L. Robey, Pamela K. Fink:
  A multi-agent, knowledge-based system for planning and scheduling medical tests. 159-164
  
• Huei-Ning Natasha Ma, Po-Liang Chang, Suyun Chen, Martha W. Evens, Sant Singh, Subha Yaturu, David A. Trace, Frank Naeymi-Rad:
  An intelligent hypermedia system for generating progress notes and physician reminders. 165-170
  
• A. Robert Spitzer, Mohammad Hassoun:
  NNERVE: neural network extraction of repetitive vectors for electrodiagnosis. 171-176
  
• Peter Eisenberg:
  Computer/user interface design specification for medical devices. 177-182
  
• Karen E. Tate, Reed M. Gardner:
  Development of an effective user interface for a computerized laboratory alerting system. 183-188
  
• Sudnya Sukthankar, Kumar Ramachandran, Martha W. Evens, Allen A. Rovick, Joel A. Michael:
  Graphical user interfacing with domain visualization for an intelligent medical tutoring system. 189-193
  
• Kuo-Lane Chen, Martha W. Evens, David A. Trace, Frank Naeymi-Rad:
  A comparison among different front-end input versions of a medical record system. 194-199
  
• Chung C. Chang, Deng-Yiv Chiu, Tian-Long Wan, Martha W. Evens, David A. Trace, Frank Naeymi-Rad, Lowell A. Carmony:
  A quantitative, multi-function risk analysis system for treatment decision support. 200-205
  
• Tainsong Chen, Tzu-Tung Tsai, Ming-Chi Shieh:
  Automatic examination for vestibulo-ocular reflex function test. 206-210
  
• Y.-S. Peter Chiou, Y. M. Fleming Lure, Matthew T. Freedman, Steven L. Fritz:
  Application of neural network based hybrid system for lung nodule detection. 211-216
  
• Ishwar K. Sethi, Jae Hung Yoo, Chaim M. Brickman:
  Extraction of diagnostic rules using neural networks. 217-222
  
• Daoud I. Zatari, Nazeih M. Botros:
  In-vivo ultrasound liver differentiation using artificial neural network. 223-228
  
• Tighe Belden, Walter L. Sembrowich, David W. Deetz, Frank A. Solomon:
  Developing an advanced `tool' for the clinician; using industrial design and interface design together to bring technology into the hand of the user. 229-234
  
• John W. Gosbee, Michael Clay:
  Human factors problem analysis of a voice-recognition computer-based medical record. 235-240
  
• Teresa A. Zwolan, Paul R. Kileny:
  Cochlear implants for the profoundly deaf. 241-246
  
• Gill B. Bearnson, S. R. Krivoy, R. D. Jarmin, J. R. Fratto, Pratap S. Khanwilkar, K. R. Crump, K. D. Smith:
  Electronics development for the Utah electrohydraulic total artificial heart. 247-252
  
• Alan J. Snyder, Richard A. Nazarian, William J. Weiss:
  A secure communications and status reporting protocol for implanted devices. 253-257
  
• Ronald D. Kaye, Kenn Henriksen, Dolores S. Morisseau, James A. Deye:
  Human factors in radiation oncology therapy: some software control interface issues. 258-265
  
• Michael L. Quinn, Isabelle Schoenfeld, Dennis Serig:
  Remote afterloading brachytherapy: human factors in a partially automated treatment system. 266-271
  
• Bruce Zemlin:
  Establishing a software engineering process group in a medical device company. 272-277
  
• Kurt R. Linberg:
  Defining the role of software quality assurance in a medical device company. 278-283
  
• James R. Beach, Mark L. Bonewell:
  Setting-up a successful software vendor evaluation/qualification process for `off-the-shelve' commercial software used in medical devices. 284-288
  
• James C. Fackler, Isaac S. Kohane:
  Integration of intermittent clinical data with continuous data from bedside monitors. 289-294
  
• Shih-Chang Chao, M. Juang, Martha W. Evens, Lowell A. Carmony, Robert Zelanski, Rebecca Roberts, M. McDermott:
  The MEDAS local area network. 295-300
  
• Gene Redig, Mike Swanson:
  Total quality management for software development. 301-306
  
• Dean A. Leffingwell, Bonnie Norman:
  Software quality in medical devices-a top-down approach. 307-311
  

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