none2siThe high degree of flexibility expected from future networks can be provided by switch architectures which combine a wide range of functionalities by operating in different dimensions, namely time, space, wavelength, suitably explloited by reconfiguration capability. Architectures design are here proposed based on programmable optical backplane to implement reconfigurable interconnections in switching fabrics with wavelength converters. Complexity comparisons are presented and cost of programmability evaluated.openRaffaelli, C., Stol, N.Raffaelli, C., Stol, N
A new wavelength converter sharing strategy for multi-fiber optical switches, namely shared-per-wave...
A new wavelength converter sharing strategy for multifiber optical switches, namely shared-per-wavel...
none2Multi-stage optical packet switching fabric based on the broadcast-and-select principle is con...
none2siThe high degree of flexibility expected from future networks can be provided by switch archit...
none4siThis paper presents a new wavelength converter sharing scheme for buffer-less switching fabr...
An optical packet switch that shares both limited range and full range wavelength converters for con...
Optical switches and wavelength converters are recognized as two of the most important DWDM system c...
This paper addresses contention resolution in optical switching fabrics exploiting Parametric Wavele...
This paper compares selected optical packet switching architectures that use a wavelength conversion...
The objective of this study is to propose a new optical packet switching architecture in which the w...
In this paper a parametric cost model is applied to compare switching fabrics sharing a reduced numb...
Modern high-speed networks have evolved from relatively static networks to highly adaptive networks ...
Future Internet packet switches and routers will have to overcome intrinsic limitations of current ...
A scalable photonic interconnection network architecture is proposed whereby a Clos network is popul...
The design of optical packet switch with limited number of optical components is addressed. Switch a...
A new wavelength converter sharing strategy for multi-fiber optical switches, namely shared-per-wave...
A new wavelength converter sharing strategy for multifiber optical switches, namely shared-per-wavel...
none2Multi-stage optical packet switching fabric based on the broadcast-and-select principle is con...
none2siThe high degree of flexibility expected from future networks can be provided by switch archit...
none4siThis paper presents a new wavelength converter sharing scheme for buffer-less switching fabr...
An optical packet switch that shares both limited range and full range wavelength converters for con...
Optical switches and wavelength converters are recognized as two of the most important DWDM system c...
This paper addresses contention resolution in optical switching fabrics exploiting Parametric Wavele...
This paper compares selected optical packet switching architectures that use a wavelength conversion...
The objective of this study is to propose a new optical packet switching architecture in which the w...
In this paper a parametric cost model is applied to compare switching fabrics sharing a reduced numb...
Modern high-speed networks have evolved from relatively static networks to highly adaptive networks ...
Future Internet packet switches and routers will have to overcome intrinsic limitations of current ...
A scalable photonic interconnection network architecture is proposed whereby a Clos network is popul...
The design of optical packet switch with limited number of optical components is addressed. Switch a...
A new wavelength converter sharing strategy for multi-fiber optical switches, namely shared-per-wave...
A new wavelength converter sharing strategy for multifiber optical switches, namely shared-per-wavel...
none2Multi-stage optical packet switching fabric based on the broadcast-and-select principle is con...