Erwin-Riesch Workshop System Analysis of Biological Processes, Bad Münster am Stein-Ebernburg, 9.-11. April 1986 : 2nd Ebernburger Working Conference

Notation: System, model and environment. Distributed real systems. The {maximal} signal propagation speed in a system. Simultaneousness: concurrency plus coincidence. The conflict situation, the glitch phenomenon. Different models, their aims: for planning and forecast; their types: material and abstract. Modelling vs. experiments. Analogy, correlation, timing, and causality. Time considerations in systems, models, and nets. An example of coordination of concurrent processes. 1 Best/Fernandez on the 6th Europ. Workshop on Applicat. Front Matter....Pages I-VIII Front Matter....Pages 1-1 Simulation of Biological Systems with Petri Nets — Introduction to Modelling of Distributed Systems....Pages 3-12 Front Matter....Pages 13-13 Synergetics and its Application to Biological Systems....Pages 15-28 Das Osnabrücker Biosphären Modell als Simulationsmodell zur Beschreibung der globalen Änderung des Kohlenstoffkreislaufs....Pages 29-45 A Dynamic Simulation Model of Tree Development under Pollution Stress....Pages 46-58 Front Matter....Pages 59-59 Fit, Fitter, The Fittest — Methods for Modeling and Identification of Dynamical Systems....Pages 63-72 Strange Limit Cycles, Chaos, and Invariant Measure for a Simple Differential-Delay Equation....Pages 73-81 The use of Computer Simulation to Evaluate the Testability of a new Fitness Concept....Pages 82-88 Texture Analysis using Random Field Models exemplified on Ultrasonic Images of the Liver....Pages 89-94 Smooth Descriptive Modelling of Multifactorial Systems Responses....Pages 95-100 Zur Beschreibung offener thermodynamischer Prozesse durch Bindungsdiagramme....Pages 101-111 The use of Artificial Intelligence for Simulation of Metabolic Processes....Pages 115-126 Population dynamics of Daphnia magna — Simulations using the individuals’ approach....Pages 127-132 Estimation of Individual Growth Curves from Aggregate Data....Pages 133-139 Sleeping Stem Cells — A Model of Of Stem Cells under Continuous Stress....Pages 140-147 A Mathematical Method of Modelling and Simulating Biological Structure Control Systems....Pages 148-153 Simulation in electrophysiological pharmacology: Specific interactions of antiarrhythmic agents with ion channels of the cardia cell membrane....Pages 154-164 Simulation of the Human Blood Circulatory System with the help of an Uncontrolled Pulsatile Model and its Validation....Pages 165-172 Model-Reduction for the Parameter Identification of an Uncontrolled Pulsatile Model of the Cardiovascular System....Pages 173-178 On the improved Estimation of the Compliance-Parameters of the Physiologically Closed Cardiovascular System....Pages 179-187 Some aspects of the application of Neurodynamical Models for the Simulation of Central Regulation and Dysregulation....Pages 188-193 Front Matter....Pages 59-59 Measuring Symptoms in Parkinson’s Disease with a tracking device....Pages 194-200 Round Table Discussion....Pages 201-206 Summary and Discussion....Pages 207-212 Back Matter....Pages 213-223