Linear self-referencing techniques for the characterization of the electric field of short optical pulses are presented. The theoretical and practical advantages of these techniques are developed.
Determining linear separability is an important way to understand structures present in data.
SIMPLE servo system is one which controls an output quantity The design of linear feedback amplifiers has been developed to a high degree in terms of frequency response; that is, in terms of circui
We consider the problem of detecting synchronous code division multiple access (CDMA) signals in multipath channels that result in multiple access interference (MAI).
We introduce open stochastic fluid networks that can be regarded as continuous analogues or fluid limits of open networks of infinite-server queues.
Design requirements for transistor bootstrap and Miller integrator circuits are discussed and typical circuits illustrated.
The conductivity of extremely high mobility dilute two-dimensional holes in GaAs changes linearly with temperature in the insulating side of the metal-insulator transition.
An approximate theory is developed which permits the calculation of the matching impedances and insertion losses for bridge and ring modulators used in single-sideband telegraphy.
Given a triangulation of a simple polygon P, we present linear time algorithms for solving a collection of problems concerning shortest paths and visibility within P.
Linear time-varying circuits of special kinds have been designed and analyzed with notable success.
