Adaptive filtering is a digital signal processing method widely used in many situations, including biomedical and communications applications. This book brings together new research by experts around the world to offer the reader an in-depth account of the field today. The first part presents new work on key topics including the application of the ultra-high-speed LMS algorithm, adaptive-FRESH filtering, and adaptive heterodyne filters. In part two, issues in the application of adaptive filtering are considered. The contributors examine topics including active noise cancellation, perpetual echo control, a modified LMS method for frequency relaying and anti-multipath filtering in GNSS receivers. Finally, in part three, theoretical perspectives and applications are examined. Here, the reader will find new insights into topics including adaptive analysis of diastolic analysis in coronary arterial disease. The book is strongly focused on real-world, practical applications, making it an excellent resource for engineers and research students working in this area of signal processing and control. It provides both cutting-edge insights and suggestions for further research.
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