A high-performance and compact 40 Gb/s driver amplifier was realized in a 1.2 um emitter double-heterojunction InGaAs/InP HBT (D-HBT) technology.
One way to reduce the lengthy CPU time in fault simulation of a VLSI circuit is to model its functional primitives using high-level description languages such as C.
We propose using a high-level language, such as the AMPL language we are developing, as a "standard Form" for nonlinear programming problems.
A multiplexer in integrated services communication networks must handle streams of voice, data, and pictorial information.
Feature extraction is the first crucial block in any automatic speech recognition system.
In small and large geometry high performance radiation-tolerant CMOS/NMOS circuits, the parasitic field oxide transistor leakage can be fatal for the circuit operation.
In small geometry high performance radiation-tolerant CMOS/NMOS circuits, the parasitic field oxide transistor leakage can be fatal for the circuit operation.
This paper describes a high performance fifth generation twin-tub technology developed successfully for custom VLSI application.
A fifth-generation, high performance twin-tub, two-level metal, submicron CMOS technology has been developed for 5 V custom VLSI applications.
Multipath forwarding has been recently proposed to improve utilization in data centers leveraged by its redundant network design.
