Publications

In this paper, we present a new method to predict oxide breakdown directly from measurements at low voltage and room temperature, therefore without the need for any voltage/field extrapolation.

We present a new method to predict oxide breakdown from measurements at low voltage and room temperature. The method is based on tunneling into interface states (TEDit).

We demonstrate 400Gb/s and Tbit/s transmission using Q-Well and Q-Dash mode locked laser comb sources respectively.

We present TclBLASR, a framework to integrate a proprietary speech recognition engine, an open source script language, such as Tcl/Tk and an open source sound analysis toolkit, such as Snack from K

Trellis coded modulation (TCM) and serially concatenated trellis coded modulation (SCTCM) schemes are studied for hybrid in-band-on-channel (IBOC) systems that broadcast digital audio signals simul

HTTP adaptive streaming (HAS), which relies on TCP for end-to-end transport, is increasingly being adopted for streaming video over the Internet..

TCP bandwidth sharing has been investigated mainly by stochastic approaches due to its seemingly chaotic nature.

This paper considers the problem of supporting TCP, the Internet data transport protocol, over a lossy wireless link whose quality varies over time.

Due to the evolution of mobile technology and the emergence of terminals like smart phones, Internet based applications mostly accessed over the Transmission Control Protocol (TCP) have become domi

Future broadband networks may provide very high bandwidth on demand for certain applications e.g. downloading of a gigabyte file to a high-performance workstation.