- Differential Diagnoses of the Heart Disease Program have better Sensitivity than Resident Physicians
- Development of a Knowledge Base for Diagnostic Reasoning in William J. Long,
- Reasoning Requirements for Diagnosis of Heart Disease William J. Long, PhD
- Evaluating A Decision Support System Using the Web Hamish S. F. Fraser MRCP MSc1,2
- Comparing Complex Diagnoses: A Formative Evaluation of the Heart Disease Program
- REASONING ABOUT THERAPY FROM A PHYSIOLOGICAL MODEL
- A Comparison of Logistic Regression to Decision-Tree Induction in a Medical Domain
- Collecting and Interpreting Temporal Data in an Expert System William J. Long1
- New Approaches to Measuring the Performance of Programs that Generate Differential Diagnoses using ROC Curves and Other Metrics
- CompareDx: a Software Toolkit for Measuring the Performance of Programs that Generate Multiple Diagnoses
- Reasoning Requirements for Diagnosis of Heart Disease William J. Long, PhD
- The Heart Disease Program: Assisting Diagnosis William J. Long1
- Temporal Reasoning for Diagnosis in a Causal Probabilistic Knowledge Base
- The Probability of Disease \Lambda William J. Long
- Development of a Knowledge Base for Diagnostic Reasoning in Cardiology \Lambda
- Reprinted from Deep Models for Medical Knowledge Engineering, E. Keravnou, ed., Elsevier Sciences Pub lishers B.V., pp. 147160, 1992
- Medical Diagnosis Using a Probabilistic Causal Network William Long
- USING A PHYSIOLOGICAL MODEL FOR PREDICTION OF THERAPY EFFECTS IN
- Reprinted from Deep Models for Medical Knowledge Engineering, E. Keravnou, ed., Elsevier Sciences Pub-lishers B.V., pp. 147-160, 1992
- REASONING ABOUT THERAPY FROM A PHYSIOLOGICAL MODEL
- Evaluation of a New Method for Cardiovascular Reasoning William J. Long, PhD
- Medical informatics: reasoning methods William J. Long*
- To appear i n Applied A r t i f i c i a l I n t e l l i g e n c e , Spring 1989. Medical Diagnosis Using a Probabilistic Causal Network
- Proceedings of the 2001 IEEE Workshop on Information Assurance and Security
- Developing a Program for Tracking Heart Failure William Long1
- The Probability of Disease William J. Long
- Evaluation of a New Method for Cardiovascular Reasoning William J. Long, PhD
- Reprinted from Arti cial Intelligence in Medicine, 3: 3-20, 1991 Flexible Reasoning about Patient Management using Multiple Models
- Reprinted from Artificial Intelligence in Medicine, 3: 320, 1991 Flexible Reasoning about Patient Management using Multiple Models \Lambda
- A Comparison of Logistic Regression to DecisionTree Induction in a Medical Domain \Lambda
- Temporal Reasoning for Diagnosis in a Causal Probabilistic Knowledge Base
- Interfacing the Heart Disease Program to Coded Data William J. Long1
