The book presents a novel perspective on the operational processes in binary control systems as feedback systems with event-discrete dynamics. The results of a broadly designed structure and behavior analysis of control paths, considerations regarding the nature of event-discrete processes, and the explanations for creating process algorithms and modeling control paths lead to a deeper understanding of control systems, unlike anything presented in existing textbooks. The methods developed on this basis offer innovative and efficient alternatives to the intuitively practiced control design. This is demonstrated through practical examples, including the design of an "intelligent" elevator control system for 10 floors.