We evaluate the system impact of distributed adaptive optical equalization based on custom-made automatic gain control semiconductor optical amplifiers (AGC-SOAs).
Distributed feedback (DFB) lasers have historically offered both high performance and relative fabrication ease.
The operating characteristics of distributed feedback (DFB) InGaAsP lasers are reviewed from the point of view of their applications in optical communication systems.
Lasing of W3 and W2/3 triangular lattice photonic crystal waveguides on InP substrate is investigated around 1.5 mum by optical pumping.
This letter describes the use of printing and molding techniques to fabricate distributed feedback resonators on ridge waveguides.
Lasing of triangular and square lattice photonic crystal, waveguides on InP substrate is investigated around the 1.5-mu m wavelength by optical pumping.
We show that coherent technology developed in the past decade for transmission over core optical networks can benefit to Distributed Fiber Sensing technology in various fields as sensitivity, dista
This paper proposes to facilitate the inter-gatekeeper communications with distributed gatekeeper architecture through acquiring knowledge of the destinations served by other GKs dynamically, of ca
QoS-demanding applications (e.g. telepresence, cloud computing, etc.) are about to become mainstream.
In this work we consider an interference channel model in which K decentralized receivers cooperatively attempt to decode their intended messages locally by processing and sharing information throu
