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Title: Innovations of Alexander Cloninger
Introduction
Alexander Cloninger is an accomplished inventor based in New Haven, CT. He holds 2 patents that contribute significantly to the field of magnetic resonance imaging. His work focuses on enhancing the efficiency and speed of image reconstruction processes.
Latest Patents
One of his notable patents is titled "Magnetic resonance 2D relaxometry reconstruction using partial data." This invention presents a method for reconstructing image data for an object using a partial set of magnetic resonance (MR) measurements. The approach involves selecting a subset of data points in a data space representing an object, which are then used for MR data acquisition. By relying on this subset rather than all data points, the speed of image reconstruction can be dramatically improved. The method employs compressive sensing techniques to fill in missing measurements, utilizing prior knowledge of the data structure. This innovative approach allows for the recovery of a compressed data matrix from measurements that satisfy the restricted isometry property (RIP). The zeroth-order regularization minimization problem can be effectively solved using a 2D ILT approach.
Career Highlights
Throughout his career, Cloninger has worked with prestigious organizations, including the National Institutes of Health, a component of the US Department of Health & Human Services, and the University System of Maryland. His contributions to these institutions have furthered advancements in medical imaging technologies.
Collaborations
Cloninger has collaborated with notable professionals in his field, including Peter J Basser and Ruiliang Bai. These partnerships have enriched his research and development efforts, leading to innovative solutions in magnetic resonance imaging.
Conclusion
Alexander Cloninger's work in magnetic resonance imaging showcases his dedication to innovation and improvement in medical technology. His patents reflect a commitment to enhancing image reconstruction processes, ultimately benefiting the field of healthcare.