One of the primary means for improving performance and increasing the scale of integration on a chip is the miniaturization of the electronic devices that comprise it.
We report on progress toward scaling both N-metal-oxide-semiconductor (MOS) and P-metal-oxide-semiconductor MOS transistors to a gate length of 30 nm.
We report on progress toward scaling both NMOS and PMOS transistors to a gate length of 30nm. We describe lithography and pattern transfer results suitable to meet this goal.
Linda consists of a few primitives that support the construction of parallel programs.
We have presented a new concept for low cost optoelectronic modules. Our results demonstrate the capability of lasers with a plastic package, that are compatible with automatic surface mounting.
A bound on network coding rates is developed that generalizes an edge-cut bound on routing rates.
The increasing popularity of facsimile, desktop publishing and electronic document retrieval suggest a substantial amount of non-voice traffic carried by future networks could be raster scanned ima
Progressive vector quantization is an image compression scheme invented to precisely control the coding error of every pixel.
Progressive video delivery over wireless networks is very challenging due to the time-varying nature of wireless channels and limited power in the mobile devices.
A progressive video codec can be designed to be finely scalable, that is, it can product one fully embedded bitstream which can be decoded at any intermediate rate up to the full target rate, produ
