Publications

Jumping droplet condensation occurs due to the conversion of surface energy to kinetic energy when condensed water droplets coalesce on a superhydrophobic surface, for example the copper oxide nano

Micro- and nanoscale wetting phenomena has been an active area of research due to its potential for improving engineered system performance involving phase change.

We report on the onset of reverse bias diode leakage due to CVD selective tungsten deposition on (a) progressively shallow n+(As)/p diodes made by implantation into silicon and (b) n+(As or P)/p or

We analyze the requirements that the International Technology Roadmap for Semiconductors (ITRS) implicitly imposes on the two-dimensional source/drain (SD) dopant profile and translate the results

A detailed and comprehensive study of As-implanted Si annealed using incoherent tungsten radiation has been performed.

Since Just-In-Time is primarily a philosophy of continuous improvement and elimination of waste rather than a set of specific techniques, it was inevitable that its application would not be restric

Japanese manufacturing methods are a popular topic among American managers.

A commonly used method for thinning regions in binary images consists of examining kernels of 3x3 pixels throughout an image, and erasing the center pixel if the thinning criteria are met.

Weblogging for knowledge management (KM), often called logging or k-logging, has emerged within many organizations as an inexpensive alternative to large scale KM solutions.

We present a Bayesian game-theoretic approach for the distributed resource allocation problem in the context of K-user fading multiple access channels (MAC).