Using a recently developed inverse scattering layer-peeling algorithm and a modified stroboscopic grating writing technique, we have designed and successfully demonstrated novel grating devices, such as 50GHz-bandwidth dispersion compensators and square dispersionless filters, suitable for future high performance DWDM optical systems
This thesis focuses on the exploitation of fibre Bragg gratings in optical communication networks. N...
Abstract. Reflective spectrum of sampled grating was analyzed using transfer matrix method. Dispersi...
A great variety of versatile grating techniques have been developed over the past years, such that g...
The increasing application of DWDM transmission schemes with bit rates of 10 Gb/s and 50 GHz channel...
Fibre Bragg gratings are the most important new fibre component since the Erbium doped fibre amplifi...
Dispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrat...
Near penalty-free filtering with high bandwidth utilisation at 40Gbit/s is demonstrated for the firs...
Broadband chirped fibre gratings allow the upgrade of the existing non-dispersion shifted fibre netw...
We report linear-phase Bragg grating filters with greater than 99.9% reflectivity. The filters are d...
Dispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrat...
As the backbone for the global communication network, optical dense wavelength division multiplexed ...
Fibre Bragg grating design and writing technologies offer unique flexibility and can provide a wide ...
Fibre Bragg Gratings (FBGs) are high-performance versatile devices that have had a major impact on d...
This thesis focuses on the exploitation of fibre Bragg gratings in optical communication networks. N...
Broadband Chirped fibre gratings allow the upgrade of the existing non-dispersion shifted fibre netw...
This thesis focuses on the exploitation of fibre Bragg gratings in optical communication networks. N...
Abstract. Reflective spectrum of sampled grating was analyzed using transfer matrix method. Dispersi...
A great variety of versatile grating techniques have been developed over the past years, such that g...
The increasing application of DWDM transmission schemes with bit rates of 10 Gb/s and 50 GHz channel...
Fibre Bragg gratings are the most important new fibre component since the Erbium doped fibre amplifi...
Dispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrat...
Near penalty-free filtering with high bandwidth utilisation at 40Gbit/s is demonstrated for the firs...
Broadband chirped fibre gratings allow the upgrade of the existing non-dispersion shifted fibre netw...
We report linear-phase Bragg grating filters with greater than 99.9% reflectivity. The filters are d...
Dispersion-less square filter fibre Bragg gratings for 25GHz DWDM-channel separations are demonstrat...
As the backbone for the global communication network, optical dense wavelength division multiplexed ...
Fibre Bragg grating design and writing technologies offer unique flexibility and can provide a wide ...
Fibre Bragg Gratings (FBGs) are high-performance versatile devices that have had a major impact on d...
This thesis focuses on the exploitation of fibre Bragg gratings in optical communication networks. N...
Broadband Chirped fibre gratings allow the upgrade of the existing non-dispersion shifted fibre netw...
This thesis focuses on the exploitation of fibre Bragg gratings in optical communication networks. N...
Abstract. Reflective spectrum of sampled grating was analyzed using transfer matrix method. Dispersi...
A great variety of versatile grating techniques have been developed over the past years, such that g...
DOI
Add to ORKG