The intrinsic low-dispersion property of single-mode fibers makes them attractive for high-capacity, long-haul lightwave systems,1'2 especially in the wavelength region between 1.1 and 1.7 jum, whe
Pattern transfer by plasma etch has become an indispensable tool to fabricate semiconductor devices whose critical feature dimensions are less than 3.0microns.
The point-to-point fiber optic links have been proven to have better performance than the copper based media for long haul telephony application.
In this paper we discuss the issues of the equilibration dynamics of spatially indirect two-dimensional excitons in a coupled quantum well structure, in particular those trapped by an in-plane harm
This paper discusses Operations, Administration and Maintenance (OA&M) planning for new global telecommunications services.
T h e considerations reported in this paper h a v e been stimulated by t h e current interest in t h e solar b a t t e r y as a power supply for i n s t r u m e n t s and t r a n s m i t t e r s in
In this work, we address signal processing techniques targeting increased capacity per wavelength and better receiver sensitivities for next generation optical access networks.
Deterministic, ultra-low latency and low jitter communication is becoming an important requirement on future access networks.
We compare the predictions of the capillary wave model for fluid interfaces with known exact expressions, due to Triezenberg, Zwanzig, and Wertheim, that relate the surface tension to the interfaci
We study the statistical merits of two techniques used in the literature of independent component analysis (ICA).
