CDSS | The Dirac Foundation

Blog Archives

Probabilistic Semantics :- Implicate Order To Explicate Order

Posted on May 7, 2015 by Dr. Barry Robson — No Comments ↓

Posted in Uncategorized
Tags: AI, Bayes Net, Bayesian, CDSS, Continuity of Care, generative order, implicate order, INTEROPERABILITY, probabilistic inference, probabilistic ontology

Artificial Intelligence for Medical Knowledge Networks, for Clinical Decision Making and Teaching

Posted on May 7, 2015 by Dr. Barry Robson — No Comments ↓

Posted in Health Information Exchange, Healthcare, Healthcare Interoperability, Translational Science
Tags: Bayesian, CDSS, Continuity of Care, HDN, INTEROPERABILITY, MU3, probabilistic inference, probabilistic ontology, probabilistic semantics, Q-UEL

PCAST Report

Posted on May 7, 2015 by Dr. Barry Robson — No Comments ↓

Suggestions for a Web based Universal Exchange and Inference Language for Medicine. Continuity of Patient Care with PCAST disaggregation

Posted in Health Information Exchange, Healthcare, Healthcare Interoperability
Tags: Bayesian, CDSS, Continuity of Care, HDN, INTEROPERABILITY, MU2, MU3, probabilistic inference, Q-UEL

POPPER :- A Simple Programming Language For Probabilistic Semantic Inference In Medicine

Posted on May 7, 2015 by Dr. Barry Robson — No Comments ↓

Posted in Health Information Exchange, Healthcare, Healthcare Interoperability
Tags: Bayesian, CDSS, Continuity of Care, HDN, INTEROPERABILITY, probabilistic inference, probabilistic ontology, probabilistic semantics, Q-UEL

Q-UEL Continuity Of Care

Posted on May 7, 2015 by Dr. Barry Robson — No Comments ↓

Posted in Uncategorized
Tags: ACO, Bayes Net, Bayesian, CDSS, Continuity of Care, HDN, HIE, INTEROPERABILITY, MU2, MU3, Q-UEL

Hyperbolic Dirac Nets for Medical Decision Support. Theory, Methods, and Comparison with Bayes Nets.

Posted on May 7, 2015 by Dr. Barry Robson — No Comments ↓

Posted in Uncategorized
Tags: Bayes Net, Bayesian, CDSS, HDN, INTEROPERABILITY, Q-UEL

The Dirac Foundation was founded by Dr. Barry Robson in 1994 and consolidated in March 1995 to honor Professor Paul A. M. Dirac, to explore some of Professor Dirac’s broader ideas about the applications of his ideas outside of theoretical physics, about which he left some intriguing hints. For example, “The methods of theoretical physics should be applicable to all those branches of thought in which the essential features are expressible with numbers” (Paul A. M. Dirac, Nobel Prize Banquet Speech, 1933).