Modeling and Control of Dynamic Spatially Distributed Systems

Modeling and Control of Dynamic Spatially Distributed Systems: Pharmaceutical Processes provides a balanced approach to help readers to get started quickly in the field of biochemical pharmaceuticals. From a theoretical perspective, dynamic spatially distributed systems are introduced to address their industrial applications. After identifying problems, the book provides readers with modeling and control system design techniques via a novel fuzzy set (class of objects with a continuum of grades of membership, to describe the grade of the object belonging to this fuzzy set) and intelligent computation methods.From an application perspective, the book provides a thorough understanding of Good Manufacture Practices (GMP) and the importance of identification, modelling, and intelligent control of such systems, reducing the test-and-error cost, and the R&D design time cycle of original drug development.
- Provides an updated, supplemental knowledge to the body of distributed parameter systems- Covers control and analysis framework based on a state-space approach for a non-standard model from industrial complex systems- Presents a novel proposed fuzzy set and applies it to case studies to illustrate its feasibility- Includes a control system design solution from perspective of medicine production

Yizhi Wang received her Ph.D. degree in Control Engineering from the University of the West of England, received her M.Sc. degree in System Engineering from the University of South Australia and a B.Sc. degree in Chemical Engineering from Nanjing Forestry University. Yizhi served as an Associated Professor since 2024.8 and lecturer since 2018.7 in Discipline of Automation, College of Intelligent Science and Control Engineering, Jinling Institute of Technology and also a Post Doc. Fellow at Nanjing Agricultural University. She has served as Technical Vice President of Nanjing Leechdom Biopharm Co. Ltd in pharmaceutical process control and optimization since 2019.2. Her current research interest includes advanced fuzzy theory in evaluation, modeling, identification and control of intelligent manufacturing systems and unmanned agricultural equipment development.Zhong Yang obtained his PhD in engineering from Nanjing University of Aeronautics and Astronautics in 1996 and did a 2-year research postdoc at Southeast University in Automatic Control until 1997. He is the chief investigator of several academic and teaching reform research projects funded by the National Natural Science Foundation of China (NSFC) and the Natural Science Foundation of Jiangsu Province. He has also received several highly recognized prizes, including the Second Prize of Science and Technology in China Machinery Industry. Currently, Prof. Yang serves as the dean of the College of Intelligent Science and Control Engineering, Jinling Institute of Technology, as well as the research degree supervisor. His research interests now focus on intelligence science, control engineering, solar energy photovoltaic generation, and optical scattering.

PART 1 Background1. Dynamic Spatially Distributed Systems: Pharmaceutical Processes2. Fundamentals of Fuzzy Control3. Pharmaceutical Engineering And ProcessesPART 2 Modeling of Dynamic spatially Distributed systems4. Introduction to Depyrogenation Tunnel5. Conventional Methods in Modelling and Simulation of Depyrogenation Tunnel6. Quasi-Guassian Fuzzy Sets and Approximation7. Quasi-Guassian Fuzzy Systems and ApplicationsPART 3 Intelligent Control Methods Of Dynamic Spatially Distributed Systems8. General Control methods of Depyrogenation Tunnel9. Hierarchical Fuzzy Control Of Depyrogenation Tunnel10. Conclusions and Future Prospects