.... There is overlap between the supramolecular chemistry approach and the biotechnology one, especially since nanodevices for most medical applications will need to be available in large numbers and should be amenable to mass production, or, ideally, self‐replication. Particularly impressive under this heading...

... Cybernetics Identification Neural networks Medical applications Rhythms and oscillations are an expression of the time‐organization of living systems. We are acquainted with countless physiological rhythmical phenomena in the living body: circadian rhythms, cardiogram rhythms, ECG, respiratory...

... by adaptive changes. Also, a rapid change of parameters of the controlled processes takes place in the homeostats due to the contradictory goals of the contours‐executors. This period of development is called bifurcational. © MCB UP Limited 2000 Cybernetics Homeostatics Information Medical...

... Cybernetics Medical applications Diagnosis Diseases Screening It is well‐known that the development of cybernetics as a modern discipline with a distinctive influence on almost all branches of science and technology follows from Norbert Wiener’s (1984) publication on the subject in 1984...

... Medical applications Three characteristics of future medical expert systems were stated in Lee and Lee (1996). They were: 1. (1) Simulate the performance of several human experts. 2. (2) Deal with patients having chronic diseases. 3. (3) Deal with patients having several diseases...

...Edward T. Lee Considers the interactions between expert systems designed for use in the fields of medicine. Outlines the consultation processes that should occur between systems. Discusses future interactive designs. © MCB UP Limited 1998 Cybernetics Databases Expert systems Medical...