This book presents a practical methodology for modeling and simulating multirate control systems specifically for vehicles. The author, Igor Astrov, draws upon his expertise to detail the theoretical underpinnings and practical applications of multirate control in automotive contexts. The work focuses on developing robust simulation techniques that can accurately represent the complex dynamics of vehicle systems operating under varying sampling rates. It aims to provide engineers and researchers with the tools and knowledge to design and analyze more efficient and effective control strategies for vehicles.

The book is likely to be regarded as a specialized technical resource for engineers and academics working in automotive control systems. Its practical approach suggests it offers tangible methods and insights for those involved in the design and simulation of vehicle control. The focus on multirate systems indicates a targeted audience familiar with control theory seeking to apply it to complex, real-world automotive challenges. The work appears to be a valuable contribution to the field for its specific focus and applied methodology.