Radar Interferometry
This book details five and a half years of research into radar interferometry, a space-geodetic technique for measuring Earth's topography and deformation with high precision. It addresses critical issues such as data interpretation and the propagation of various errors from sensors, processing, and atmospheric effects. The work aims to provide a quantitative approach for understanding and mitigating errors in interferometric measurements.
This book, Radar Interferometry, represents the culmination of extensive research dedicated to understanding this relatively new space-geodetic technique. It explores the method's utility for wide-scale, fine-resolution deformation measurements, highlighting early successes with ERS-1 satellite products that demonstrated millimeter-level accuracies in radar line of sight.
The publication emphasizes the importance of a uniform and quantitative approach to describing and propagating errors. It delves into issues arising from sensor characteristics, data processing, satellite positioning accuracy, atmospheric propagation, and scattering characteristics. The book serves as a critical resource for those seeking to validate the precision and reliability of interferometric results.
Ultimately, this book provides an in-depth look into data interpretation and error analysis within radar interferometry, crucial for making optimal choices among various geodetic survey techniques and ensuring the accuracy of estimated geophysical parameters. It's a valuable guide for professionals and researchers in the field.
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