This book investigates the design of waveforms for active sensing systems through a computational lens. It provides a comprehensive treatment of the theoretical underpinnings and practical algorithms for waveform design, focusing on optimization techniques and their application to radar, sonar, and other sensing modalities. The text assumes a background in signal processing and linear algebra, guiding readers through the development of efficient computational methods for creating optimal waveforms.

The book is likely to be regarded as a specialized, technical text for researchers and advanced students in signal processing and electrical engineering. Its focus on computational approaches suggests a rigorous, algorithm-driven methodology. The subject matter points to a dense, specialist text aimed at professionals seeking in-depth knowledge of waveform design for active sensing applications.