The response of the cross-bridge cycle model to oscillations in intracellular calcium: A mathematical analysis by Payne, S, Stephens, C, IEEE

A classical groupoid model for quantum networks by Reutter, D, Vicary, J

“…We give a mathematical analysis of a new type of classical computer network architecture, intended as a model of a new technology that has recently been proposed in industry. …”

Proximal minimization based distributed convex optimization by Margellos, K, Falsone, A, Garatti, S, Prandini, M

“…We adopt a proximal minimization perspective and show that this set-up allows us to bypass the difficulties of existing algorithms while simplifying the underlying mathematical analysis. At every iteration each agent makes a tentative decision by solving a local optimization program, and then communicates this decision with neighboring agents. …”

Fast switching of high current WBG power devices by Shelton, E, Ristic-Smith, A, Bruford, J, Rogers, D, Carter, J, Louco, L, Beadman, M, Palmer, P

“…The devices are switched as fast as possible using a low inductance PCB design and no external gate resistors. A mathematical analysis of switching energy losses is presented, along with SPICE simulation and experimental test results for comparison.…”

Learning to round for discrete labeling problems by Mohapatra, P, Jawahar, C, Mudigonda, P

“…The problem of identifying an accurate rounding procedure has mainly been tackled in the theoretical computer science community through mathematical analysis of the worst-case. However, this approach is both onerous and ignores the distribution of the data encountered in practice. …”