Within the STOLAS project, an EC-funded project in the 5th Framework Programme which has recently been concluded, an orthogonal optical labeling scheme using Frequency Shift Keying modulation for t
Architectures allowing for dynamic connectivity on the physical layer of an optical network and enabling component technologies will be discussed, and issues of control, scalability, and compliance
A novel approach to optical layer shared protection of optical networks using strictly Internet Protocol-based network controllers is presented.
OLT transceiver comprising a bi-directional SOA is experimentally assessed for application in NG-PON2 typ-A links.
A major impediment to the development of all-optical logic (i.e., with optical inputs and outputs) has been the high dissipation of the proposed gates.
We present new optoelectronic logic devices or circuits consisting of electrically connected quantum well p-i-n diodes capable of implementing any boolean logic function.
An optical scanning interferometer is used to probe the surface vibrations induced when a thin-film resonator (TFR) is excited near its resonance frequency of ~2GHz, in an effort to understand the
An optical scanning interferometer is used to probe the surface vibrations induced when a thin-film resonator (TFR) is excited near its resonance frequency of ~2 GHz in an effort to understand the
T h i s p a p e r represents an a t t e m p t to describe t h e optical maser or laser f r o m a microwave circuit point of view a n d is largely tutorial, since m a n y of t h e results o b t a i
Optical technologies are playing increasingly important roles in areas which were traditionally the domain of electronics: This trend is likely to continue into the forseeable future with optics an
