The authors demonstrate how external light injection into a directly modulated laser diode may be used to enhance the performance of a multi-channel radio-over-fiber system operating at a frequency of 6 GHz. Performance improvements of up to 2 dB were achieved by linearisation of the lasers-modulation response. To verify the experimental work a simulation of the complete system was carried out using Matlab. Good correlation was observed between experimental and simulated results
This thesis is concerned with the study of the impact of Laser Diode nonlinearities on Direct-Sequen...
In order to cope up with the ever increasing demand for larger transmission bandwidth, Radio over Fi...
The dynamic range limitations that arise from nonlinearity in low-cost and low complexity directly m...
The authors demonstrate how external light injection into a directly modulated laser diode may be us...
With the increasing demand for broadband services, it is expected that hybrid fiber radio systems ma...
A directly modulated laser diode with external light injection is used to generate microwave optical...
The authors present the idea of using a laser with improved modulation bandwidth to generate microwa...
A self-pulsating laser is used to generate a multicarrier (five radio frequency (RF) channels) micro...
A self-pulsating laser diode is used to generate a multicarrier microwave optical signal for use in ...
Theoretical and experimental study of using direct modulated vertical cavity surface emitting lasers...
The task of reducing the noise and distortion generated by a laser transmitter has always been a cha...
Abstract — We present the first experimental demonstration of two 3.5 MSymb/s QPSK modulated wirele...
International audienceThe purpose of this article is to demonstrate the extension of the modulation ...
International audienceThe purpose of this article is to demonstrate the extension of the modulation ...
Several linearization techniques such as predistortion, feedback, quasi feedforward and feedforward ...
This thesis is concerned with the study of the impact of Laser Diode nonlinearities on Direct-Sequen...
In order to cope up with the ever increasing demand for larger transmission bandwidth, Radio over Fi...
The dynamic range limitations that arise from nonlinearity in low-cost and low complexity directly m...
The authors demonstrate how external light injection into a directly modulated laser diode may be us...
With the increasing demand for broadband services, it is expected that hybrid fiber radio systems ma...
A directly modulated laser diode with external light injection is used to generate microwave optical...
The authors present the idea of using a laser with improved modulation bandwidth to generate microwa...
A self-pulsating laser is used to generate a multicarrier (five radio frequency (RF) channels) micro...
A self-pulsating laser diode is used to generate a multicarrier microwave optical signal for use in ...
Theoretical and experimental study of using direct modulated vertical cavity surface emitting lasers...
The task of reducing the noise and distortion generated by a laser transmitter has always been a cha...
Abstract — We present the first experimental demonstration of two 3.5 MSymb/s QPSK modulated wirele...
International audienceThe purpose of this article is to demonstrate the extension of the modulation ...
International audienceThe purpose of this article is to demonstrate the extension of the modulation ...
Several linearization techniques such as predistortion, feedback, quasi feedforward and feedforward ...
This thesis is concerned with the study of the impact of Laser Diode nonlinearities on Direct-Sequen...
In order to cope up with the ever increasing demand for larger transmission bandwidth, Radio over Fi...
The dynamic range limitations that arise from nonlinearity in low-cost and low complexity directly m...