Sentence examples for informatics theory from inspiring English sources

Dr. Payne is the author of over 100 publications focusing on the intersection of biomedical informatics and the clinical and translational science domains, including several seminal reports that have served to define a new sub-domain of biomedical informatics theory and practice specifically focusing upon clinical research applications.

This method was based on the Shannon informatics theory and the entropy theory and allows the comparison of codon usage bias within and across genomes.

In this paper, we applied an informatics method [ 13], which is based on Shannon informatics theory and the entropy theory, to explore the relationship between GC composition and synonymous codon usage bias among 70 bacterial and 16 archaeal genomes.

To understand the theoretical basis for the relationship between GC composition and codon usage bias, we derived a binary selection model of GC3 based on the Shannon informatics theory and the entropy concept.

Terminal masters and certificate programs, usually focusing on the application of informatics theories and methods.

Terminal masters and doctoral programs, as well as post-doctoral fellowships, usually focusing on the discovery and validation of novel informatics theories and methods.

6 7 In contrast, sociotechnical approaches drawn from the behavioural sciences explore the organisational and cultural interdependencies that influence technology adoption by incorporating facets of informatics, cognitive theory and organisational behaviour.

These interactions form complex networks, which are the subject of intense research in complexity theory, informatics and statistical mechanics.

Gianni Antoniazzi is telling us how Spain has offered him a unique opportunity to put into practice all the mathematics, programming, informatics, and control theory he had studied before leaving Italy.

Stanford is home to nationally and internationally renowned research programs in several fields including health services research, medical education, medical informatics, medical economics, decision theory, and the epidemiology of cardiovascular risk factors.

He is author of ten books (among which, Legal Reasoning: A Cognitive Approach to the Law, Springer, 2005 and Artificial Intelligence in Law, Tano, 1993) and has published widely in legal philosophy and legal theory, legal informatics (artificial intelligence and law), computational logic, legislation technique, and computer law.