We revisit the problem of evaluating the performances of communication systems with optical amplifiers and a wideband optical filter. We compute the exact probability of error and the optimal threshold and compare them with those predicted by Gaussian approximations for ASK, FSK or DPSK modulations, both for ideal photodetectors and for the case where shot noise is significant.
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
Recent experiments have demonstrated that the bit-error rate of an optical fiber communication syste...
We revisit the problem of evaluating the performances of communication systems with optical amplifie...
"January 1991." Cover title.Includes bibliographical references (leaf 4).Research supported by DARPA...
Abstract In this paper, the bandwidth of the filters used in optical communication systems and syste...
A direct and efficient method for evaluation of the error probability of optical heterodyne receiver...
An accurate performance evaluation approach which uses a closed-form exact analytical expression of ...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
Recent experiments have demonstrated that the bit-error rate of an optical fiber communication syste...
We revisit the problem of evaluating the performances of communication systems with optical amplifie...
"January 1991." Cover title.Includes bibliographical references (leaf 4).Research supported by DARPA...
Abstract In this paper, the bandwidth of the filters used in optical communication systems and syste...
A direct and efficient method for evaluation of the error probability of optical heterodyne receiver...
An accurate performance evaluation approach which uses a closed-form exact analytical expression of ...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
A novel approach to analytically evaluate the bit error probability in optically preamplified direct...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
We present a novel model for calculating the bit error rate in optical communication systems in the ...
Recent experiments have demonstrated that the bit-error rate of an optical fiber communication syste...