Norman S. Kopeika

Papers

Total Citations

159

H-Index

About

Norman S. Kopeika is a leading figure in optical and electro-optical engineering, with foundational contributions to image restoration and atmospheric optics. His most celebrated work, the 1998 paper "Direct method for restoration of motion-blurred images" (157 citations), introduced a practical, non-iterative technique to correct blur caused by camera or object movement—critical for applications in robotics, handheld photography, and vehicular imaging. This method remains a cornerstone in digital image processing. Kopeika also advanced the understanding of how mechanical vibrations and motion degrade image quality, as seen in his early work on "Numerical calculation of image motion and vibration modulation transfer function" (1991), which provided a theoretical framework for predicting resolution loss in reconnaissance and high-resolution sensors. Beyond these, his research spans atmospheric scattering, laser propagation, and electro-optical system design. With a career marked by over 200 publications and numerous patents, Kopeika has profoundly influenced both defense and civilian imaging technologies. His work continues to guide engineers and students tackling real-world challenges in image restoration and optical system performance.