— A novel method for solving the inverse problem of inferring the conductivity tensor field structure (e.g. biological tissue) from a set spatiotemporal measurement. The new method is computationally more efficient than existing methods. We achieved the computational efficiency by using the optimizati…
— Many problems require the analysis of large, high-dimensional datasets, which make the problem intractable to most optimization algorithms. Gilboa has developed a new parallel distributed algorithm for block optimization problems using adaptive regularizer PDARÂ. PDAR is able to solve both t…
— A novel method for solving the inverse problem of inferring the conductivity tensor field structure (e.g. biological tissue) from a set spatiotemporal measurement. The new method is computationally more efficient than existing methods. We achieved the computational efficiency by using the optimizati…
— Identifying patients at risk of relapse while undergoing particular treatment protocols is critically important yet challenging to do in a timely manner. Researchers at Washington University have deveoped a new method to rapidly and accurately determine relapse risk in a human subject afflicted with…
— The prevalence of hearing loss (HL) in adolescents has grown over the past decade, with rates of 19.5% for HL of >15dB and 5.3% for HL >25dB. Adults with HL are 21% to 39% less likely to have attained postsecondary education than normal-hearing persons and are 1.5 to 2 times more likely to exp…
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