Power is rapidly becoming one of the primary design constraints for modern processor design due to increased complexity and speed of the system. Cycle-accurate microarchitecture-level power simulators such as Wattch [1], SimplePower [2], and TE EST [3], have been developed and used extensively to validate power-efficient microarchitecture innovations, including clock gating [4], dynamically rec...

We provide a probabilistic interpretation of a class of natural capacities on Euclidean space in terms of the level sets of a suitably chosen multiparameter additive Lévy process X . We also present several probabilistic applications of the aforementioned potential-theoretic connections. They include areas such as intersections of Lévy processes and level sets, as well as Hausdorff dimension co...

My research areas include VLSI CAD, FPGA testing and trust design, fault-tolerant computing and parallel processing. We have also made a recent foray into optimization. Our work has received one best paper and one most-influential paper awards, one featured speaker recognition, and one best paper nomination, all at premier conferences. My research has been or is funded by NSF, DARPA and AFOSR, ...

Abstract We connect certain continuous motions of discrete planar curves resulting in semi-discrete potential Korteweg–de Vries (mKdV) equation with Darboux transformations smooth curves. In doing so, we define infinitesimal that include the aforementioned motions, and also give an alternate geometric interpretation for establishing mKdV equation.