The book addresses modern fault-tolerance solutions in engineering. In doing so, a multidisciplinary, multidomain approach extends the scope from electrical machines to robotics, avionics, and AI. Authors in the book offer insights into new and past solutions to enhance system operational continuity, as well as methods and technologies to help readers better understand and develop their skills in this area of engineering. With its broad perspective across several engineering domains, the book offers a hands-on approach for researchers and developers working on fault-tolerant systems. The methods described are applied in both industrial settings and academic research facilities. Experimental results validate theories, analytical models, and approaches that increase system reliability, ensure continuous operation despite faults, and ensure information recovery and safety.

The book covers modern solutions alongside classical implementations that provide the building blocks for the latest advances in the field. In doing so, the reader will have access to state-of-the-art fault-tolerance research and the latest information on concepts under development.