EMU design with dynamically reconfigurable architecture: method. allowance for students of specialty 1-40 02 02 "Elek" by A. A. Petrovsky is a unique publication that will become an indispensable assistant for students and specialists in the field of electronics and computer systems. In the context of the rapid development of technology, this manual offers relevant knowledge and practical skills necessary for the design of electronic computing systems (EVS), which have high flexibility and adaptability. Author, A. A. Petrovsky, known for his in-depth research in the design and architecture of computing systems. His work is distinguished not only by scientific rigor, but also by the accessibility of the presentation, which makes them understandable even for beginners. In this book, he shares his experience and knowledge, offering readers a unique perspective on a dynamically reconfigurable architecture that is becoming increasingly relevant in today's world. The book covers a wide range of topics, ranging from the basics of EMU design to the complex aspects of dynamic reconfiguration. Petrovsky explains in detail the operating principles of systems, their architecture and basic components, which allows readers to understand more deeply how modern computing devices function. Readers will be able to learn about design optimization techniques, as well as new approaches that allow them to create more efficient and powerful systems. This manual will be especially useful for technical students, graduate students and young professionals working in the field of electronics, programming and system design. It is suitable for those who seek to deepen their knowledge and skills in the design of EVS, as well as for those who are interested in modern trends in computing technology. The book will be of interest to both beginners and more experienced professionals who want to expand their horizons and master new approaches in design. The book focuses on the practical aspects of design. Petrovsky offers readers many examples and tasks that will help to consolidate the knowledge gained and apply them in practice. This makes the manual not only a theoretical, but also a practical guide, which is especially valuable for students who are preparing for real projects in their future career. The topics raised in the book include not only the technical aspects of design, but also issues related to innovation and the future of technology. Petrovsky analyzes how dynamically reconfigurable architecture can change approaches to the design and use of EVS in various fields, from scientific research to industrial applications. This makes the book relevant and in demand in the context of constant technological progress. If you are looking for literature that will help you understand the complex aspects of EMU design and give you practical skills, then “Designing EMU with dynamically reconfigurable architecture” will be a real discovery for you. The book will not only enrich your knowledge, but also inspire new ideas and projects. Do not miss the opportunity to get acquainted with the work of A. A. Petrovsky - this publication, of course, will take a worthy place in the library of everyone who is interested in modern technologies and their development