The backbone networks evolution to high-speed DWDM networks generates new problems for switching. This function element must be also based on optical technology. For large capacity this cannot be realized by a single matrix, but by multistage switching networks. In the paper three types of optical matrices have been described: fiber switch FX, wavelength fiber switch WSX and wavelength interchanging fiber switch WIX. Based on these matrices, four switching network constructions were considered. The connection properties of these switching networks were evaluated, determining the electronic equivalent switching network for which these properties are well known
The future optical network needs to offer dynamic bandwidth allocation with the ability to adapt to ...
In the era of information explosions, the size and complexity of data is expanding dramatically. To ...
All-optical packet switching network is currently one of the research hotspots of all-optical commun...
The backbone networks evolution to high-speedDWDM networks generates new problems for switching. Thi...
A matrix analysis for free-space switching networks, such as perfect shuffle-exchange omega, crossov...
DWDM networks make use of optical switching networks that allow light waves of multiple lengths to b...
Abstract—In this paper, we consider cost-effective designs of wavelength division multiplexing (WDM)...
The development of optical fibres combined with the advent of wavelength division multiplexing have ...
With demand for huge bandwidth, fast connections and varieties of services, Dense Wavelength Divisio...
Many approaches to switching in optoelectronic and optical networks decompose the switching function...
Optical switches and wavelength converters are recognized as two of the most important DWDM system c...
Abstract—Plane-to-plane guided-wave-based interconnection modules are proposed as building blocks fo...
The Optics Fiber link is implemented to satisfy various types of networks, with a wide range of tran...
Over the past decade or so, many bandwidth intensive applications have evolved and the demand for te...
This paper proposes a novel polymorphic framework for optical networking and a seamless evolution pa...
The future optical network needs to offer dynamic bandwidth allocation with the ability to adapt to ...
In the era of information explosions, the size and complexity of data is expanding dramatically. To ...
All-optical packet switching network is currently one of the research hotspots of all-optical commun...
The backbone networks evolution to high-speedDWDM networks generates new problems for switching. Thi...
A matrix analysis for free-space switching networks, such as perfect shuffle-exchange omega, crossov...
DWDM networks make use of optical switching networks that allow light waves of multiple lengths to b...
Abstract—In this paper, we consider cost-effective designs of wavelength division multiplexing (WDM)...
The development of optical fibres combined with the advent of wavelength division multiplexing have ...
With demand for huge bandwidth, fast connections and varieties of services, Dense Wavelength Divisio...
Many approaches to switching in optoelectronic and optical networks decompose the switching function...
Optical switches and wavelength converters are recognized as two of the most important DWDM system c...
Abstract—Plane-to-plane guided-wave-based interconnection modules are proposed as building blocks fo...
The Optics Fiber link is implemented to satisfy various types of networks, with a wide range of tran...
Over the past decade or so, many bandwidth intensive applications have evolved and the demand for te...
This paper proposes a novel polymorphic framework for optical networking and a seamless evolution pa...
The future optical network needs to offer dynamic bandwidth allocation with the ability to adapt to ...
In the era of information explosions, the size and complexity of data is expanding dramatically. To ...
All-optical packet switching network is currently one of the research hotspots of all-optical commun...