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Benny Thörnberg is an Associate Professor (Docent) at Mid Sweden University, working in the Department of Computer and Electrical Engineering (DET). He is employed in the Electronics subject area and is affiliated with the STC Research Centre. His office is located in room L204b in Sundsvall, and he can be contacted at benny.thornberg@miun.se.
Dr. Thörnberg completed his Licentiate thesis in 2004 and his Doctoral thesis in 2006, both from Mid Sweden University, focusing on "Memory modeling and synthesis for real-time video processing systems." His academic journey has centered around hardware and software solutions for imaging and sensor systems.
Thörnberg's primary research interests span hyperspectral imaging, computer vision, sensor technology, and FPGA-based real-time processing systems. His work bridges theoretical development with practical applications, particularly in material analysis, environmental monitoring, and transportation safety. He has made significant contributions to short-wave infrared imaging, 3D reconstruction techniques, and specialized instrumentation for challenging environments like icing conditions on wind turbines and roads.
His recent publications demonstrate a clear trend toward practical applications of advanced imaging technologies, with focus areas including material classification, atmospheric icing measurement, anti-icing agent detection, and autonomous systems. Thörnberg has developed innovative solutions such as the Material Imaging Analyzer (MIA) and cost-optimized multi-camera dome systems for volumetric surveillance, showing his ability to translate theoretical concepts into deployable technologies.
Thörnberg leads or contributes to several research projects including MEQAL (Detect methane leaks with new technology) and SENAVIS (Sensor technology for smart de-icing). His completed projects span diverse areas from autonomous friction measurement and airport monitoring to wood disintegration processes and rail pollution detection. These projects highlight his interdisciplinary approach and ability to address real-world challenges through advanced engineering solutions.
As part of the STC Research Centre, Thörnberg collaborates with a multidisciplinary team focused on sensor technology and imaging systems. His work often involves partnerships across different sectors, including transportation, energy, and materials science, demonstrating the broad applicability of his research. His recent patent for an "Imaging Material Analyzer" underscores his commitment to developing practical tools that bridge laboratory research and field applications.