In this paper, forward error correction schemes are discussed for application in the multigigabit-per-second optical channel. The proposed schemes, based on specific convolutional codes which allow simple decoding techniques, represent a valid alternative, in terms of performance and complexity, to the recommended Reed-Solomon codes
International audienceWe investigate the efficacy of error correcting codes in improving the perform...
This project scopes into the Reed-Solomon (RS) Code as one of the optimal error detection and correc...
International audienceWe investigate the efficacy of error correcting codes in improving the perform...
Forward error correction is an essential technique required in almost all communication systems to g...
The instant demand to achieve high data rate in communication systems is driving the high-speed link...
A novel low-complexity architecture for forward error correction (FEC) in optical communication is p...
The instant demand to achieve high data rate in communication systems is driving the high-speed link...
Dicode pulse position modulation (DiPPM) has been considered as a solution for the bandwidth consump...
Forward error correction (FEC) technique has been widely used in wireless communication and mass sto...
Orthogonal frequency-division multiplexing (OFDM) systems provide efficient spectral usage by allowi...
[[abstract]]For a coherent optical single-octave SCM system, the number of channels that can be loca...
The average power loss and the channel power fading are among the major challenges of the free-space...
In sending data from one point to another, such as transferring data between various components of a...
This project scopes into the Reed-Solomon (RS) Code as one of the optimal error detection and correc...
This work deals with forward error correction. In the work, basic methods and algorithms of error co...
International audienceWe investigate the efficacy of error correcting codes in improving the perform...
This project scopes into the Reed-Solomon (RS) Code as one of the optimal error detection and correc...
International audienceWe investigate the efficacy of error correcting codes in improving the perform...
Forward error correction is an essential technique required in almost all communication systems to g...
The instant demand to achieve high data rate in communication systems is driving the high-speed link...
A novel low-complexity architecture for forward error correction (FEC) in optical communication is p...
The instant demand to achieve high data rate in communication systems is driving the high-speed link...
Dicode pulse position modulation (DiPPM) has been considered as a solution for the bandwidth consump...
Forward error correction (FEC) technique has been widely used in wireless communication and mass sto...
Orthogonal frequency-division multiplexing (OFDM) systems provide efficient spectral usage by allowi...
[[abstract]]For a coherent optical single-octave SCM system, the number of channels that can be loca...
The average power loss and the channel power fading are among the major challenges of the free-space...
In sending data from one point to another, such as transferring data between various components of a...
This project scopes into the Reed-Solomon (RS) Code as one of the optimal error detection and correc...
This work deals with forward error correction. In the work, basic methods and algorithms of error co...
International audienceWe investigate the efficacy of error correcting codes in improving the perform...
This project scopes into the Reed-Solomon (RS) Code as one of the optimal error detection and correc...
International audienceWe investigate the efficacy of error correcting codes in improving the perform...
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