02.12.2021 || An axiomatic approach to human-body functional biodynamics скачать в хорошем качестве

02.12.2021 || An axiomatic approach to human-body functional biodynamics

Докладчик: МАУ Йохен, Bashkir State Medical University, Ufa, Chair of Medical Cybernetics Аннотация. The axiomatic theory kernel for further translation into models of specific complex-systems dynamics in health and medicine rests upon a separation of functional organization from material realization, and casts dynamic features of physiological function into mathematical equations from a phenomenological perspective. Multi-scale complexity is resolved in a hierarchical drill-down from coarse to fine, finer and finer decomposition of functional aggregates, starting with person's whole body. Extensions to social interaction become possible when a person's behaviour expresses interaction of body's major functional components. Different from ``parts models'' under a modular modelling paradigm, specifications of parts can always be integrated into the holistic set-up. As a practical advantage, empirical investigations can start at the macro level of whole body, and gradually proceed down to lower level functional components, in a kind of `functional peeling'. Speaker: Jochen Mau, Bashkir State Medical University, Ufa, Chair of Medical Cybernetics Topic: An axiomatic approach to human-body functional biodynamics Annotation. The axiomatic theory kernel for further translation into models of specific complex-systems dynamics in health and medicine rests upon a separation of functional organization from material realization, and casts dynamic features of physiological function into mathematical equations from a phenomenological perspective. Multi-scale complexity is resolved in a hierarchical drill-down from coarse to fine, finer and finer decomposition of functional aggregates, starting with person's whole body. Extensions to social interaction become possible when a person's behaviour expresses interaction of body's major functional components. Different from ``parts models'' under a modular modelling paradigm, specifications of parts can always be integrated into the holistic set-up. As a practical advantage, empirical investigations can start at the macro level of whole body, and gradually proceed down to lower level functional components, in a kind of `functional peeling'.