The book describes recent technologies that can be integrated to overcome existing issues in sonar communication and sensing networks. It is aimed at researchers in the field of sonar communications and networking, and those interested in exploring hybrid communications among maritime and underwater networks.

The second edition of Principles of Modern Radar, Volume 2 - Advanced Techniques is a comprehensive textbook aimed at advanced radar students and continuing education for professional radar and systems engineers.

Although there is a very large literature on theoretical electromagnetism there is much less on experimental measurements particularly for the skin effect. This monograph aims to fill the gap, emphasizing the experimental measurements and results obtained for the skin effect.

A new edition of Ian Darney's popular book, giving EMC testers and product designers a tool to work with at a much earlier stage than you would want to run expensive reverberation chamber type tests. This technique will let you know if you are on the right (or wrong) track early and thus save time and money.

This updated second edition provides a compendium of radar information essentials for design and performance analysis. It contains basic principles of radar design and analysis, characteristics of the major radar components, key radar equations, and tables and charts with the most-used radar performance data.

This book describes the underlying principles of how and why electrical cables function, why they might or might not require shielding, what sort of shielding might be required, and how that shielding should be terminated.

This book concerns the future of electromagnetic technology. Internationally well-known contributors have provided deep technical reviews of the direction of new research in electromagnetics. They discuss how the technology is progressing and then predict developments and outcomes over the coming decades with technical justifications.

This book covers all areas of high-power electromagnetics (HPEM), which includes nuclear electromagnetic pulse, intention EMI (IEMI) and other transient EM environments including lightning, power system transients and medical applications.