DOI: 10.38007/978-1-80053-557-2

Amid the rapid development of industrial automation and intelligent technologies, the importance of automatic control principles, as the core theory supporting the stable operation of modern industrial systems, has become increasingly prominent. Process control, as the specific application of automatic control theory in industrial production scenarios, is directly related to improved production efficiency, energy conservation, and stable product quality. As industrial demands for control system performance continue to rise, relying solely on theoretical analysis is no longer sufficient to meet the demands of complex industrial scenarios. MATLAB/Simulink, as powerful simulation tools, with their strengths in mathematical modeling, system analysis, and simulation verification, has become a key bridge connecting automatic control theory and industrial practice. However, most current textbooks focus on theoretical derivation or tool operation, lacking comprehensive integration of the "theory-simulation-practice" chain. In particular, from the perspective of industry-university-research collaboration, these textbooks fail to fully integrate actual industrial needs with scientific research and innovation, making it difficult for learners to apply their knowledge to real-world industrial scenarios. To this end, this book, centered around industry-university-research collaboration, systematically integrates automatic control principles, process control theory, and MATLAB/Simulink simulation technology. Through a seamless integration of theoretical explanations, simulation practice, and industrial case studies, it helps readers build a comprehensive knowledge system from fundamental theory to comprehensive application, cultivating their ability to solve practical industrial control problems. 

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