Modelling and Control of Biotechnological Processes

Invited Lectures The Control of Fermentation Processes Modeling of Biotechnical Processes The Industrial Application of Modern Measurement and Estimation Techniques in BiotechnologyAdaptive Control Theory Stable Adaptive Algorithms for Estimation and Control of Fermentation Processes Adaptive LQ Control of Fermentation ProcessesControl of Bioreaciors Computer Control of Immobilized Product Fermentations Modeling and Control of a Bubble Free Aerated Bioreactor for Mammalian Computer Control of an Aerobic Batch Process in a Two Reactor SystemAdaptive Control Applications Parameter Adaptive Control of the Fed-Batch Penicillin Fermentation On-Line Measurement and Control of Penicillin V Production Simulation and Experimental Studies of the Profile Control of the Specific Growth Rate in a Fed-Batch CultureMeasurement Techniques and Sensors A New Automatic Sampling Device for the Determination of Filtration Characteristics and the Coupling of an HPLC to Fermentors Analysis of Biomass and Metabolites using Pyrolysis Mass Spectrometry Rapid Bioelectrochemical Methods for the Detection of Living Micro-Organisms Adaptive Control of a Fed-Batch Baker's Yeast Fermentation Control of a Fermentation Process by an On-Line Adaptive Technique Multiloop Controlled Fed-Batch Fermentation Process Using a Selftuning Controller Self-Correcting Measurement of Dissolved Oxygen Automated Measuring System for Biological Wastewater Treatment Plant with Biological Removal of PhosphateModeling of Bioreactors Optimization and Modeling of the Microbial Epoxidation of Propene in an Organic-Liquid-Phase/Immobilized-Cell System Influence of Substrate Distribution on Productivities in Computer Controlled Baker's Yeast Production Mathematical Modeling of Alcoholic Fermentation in a Gas/Solid Bioreactor - Combined Effects of Solids Mixing and Non-Steady-State KineticsIdentification and Parameter Estimation On Parameter Identification for Complex Biotechnical Systems Model Reduction of an Oxygen Enriched Industrial Waste-Water Treatment Process An Experimental Approach to Improve the Monod Model Identification Modeling and Parameter Identification of Batch Fermentation ProcessKaiman Filtering Techniques Extended Kaiman Filtering Technique for the On-line Control of Candida utilis Production Estimation of the Progress of Streptomyces cavuligerus Fermentations for Improved On-line Control of Antibiotic Production A Method to Consider Delayed Laboratory Analysis in State and Parameter Estimation of Bioreactors Simultaneous On-Line Estimation of Oxygen Transfer Rate and Respiration Rate On-Line Respirometry and Estimation of Aeration Efficiencies in an Activated Sludge Aeration Basin from Dissolved Oxygen MeasurementsOptimization of Production Processes Determination of pH and Temperature Profiles for the Growth of Escherichia coli Optimization of the Operating Variables of an Industrial Waste-Water Treatment Process Fuzzy Control Application to Glutamic Acid FermentationModeling of Microkinetics Diagnostic Checking Using a Model for a Multi-Enzyme System Yeast Biotechnological Processes Monitored by Analysis of Segregated Data with Structured ModelsOptimization Theory Static Optimization of a Multistage Fermentation Process Involving Distributed FeedingAuthor IndexSubject Index