Publications

Displaying 14981 - 14990 of 37748

Gold diffusion into the p-contacting quaternary in In(x)Ga (1-x)As(y)P(1-y)/InP heterojunction structures.

The present study has examined the migration of Au into InxGa (1-x)AsyP(1-y)/InP heterojunction structures utilizing Auger spectroscopy and scanning electron-induced X-ray fluorescence in conjunct

Gold Doped Silicon Compandor Diodes for N2 and N3 Carrier Systems

Compandors are a special application for a diode because the diodes are used as variolossers and the electrical parameter which must be controlled is the small signal forward impedance as a functio

Gold-Epitaxial Silicon High-Frequency Diodes

The metal-semiconductor rectifying contact in a variety of configurations called "point contact" has long been used for microwave rectification and amplification.

Gold-Germanium Based Ohmic Contacts to the Two-Dimensional Electron Gas at Selectively Doped Semiconductor Heterointerfaces

Results of a study of Ohmic contacts to the two dimensional electron gas (2DEG) at N sup (+) -n III-V semiconductor heterointerfaces are presented.

Goldmining in a River of Internet Content Traffic

With the advent of Over-The-Top content providers (OTTs), Internet Service Providers (ISPs) saw their portfolio of services shrink to the low margin role of data transporters.

Good coupling between LDPC-Staircase and Reed-Solomon for the design of GLDPC codes (Application Layer FEC) for the Erasure Channel

In this paper we analyze the design of Generalized LDPC-staircase (GLDPC-staircase) codes, where the base code is an LDPC-Staircase code and inner codes are Reed-Solomon codes.

Good digital fingerprinting codes

We construct binary t-secure fingerprinting codes (t=const) of size M=exp(cn), where n is the length of the fingerprint, for which the dealer (decoder) can recover at least one of the users from th

GOOD PRACTICES IN OPEN INNOVATION

Open innovation (OI) has become a mainstream organizational process. Firms are establishing OI groups, allocating budgets, and measuring results.

Gordon-Haus Timing Jitter in Dispersion-Managed Systems with Distributed Amplification

The moment method is used to study the Gordon-Haus timing jitter of optical pulses in dispersion-managed communication systems with distributed amplification.

Gordon-Haus timing jitter in dispersion-managed systems with lumped amplification: analytical approach

We use the moment method to calculate the Gordon-Haus timing jitter of optical pulses in dispersion-managed communication systems designed by use of lumped fiber amplifiers.