By exploiting the electromagnetic wave\u27s four-dimensional signal space, we find that for the additive white Gaussian noise channel, the modulation format with best sensitivity to be an 8-level format with 1.76 dB asymptotic gain over BPSK, for uncoded optical transmission with coherent detection. Low-complexity modulators are presented for the format, as well as an interpretation in terms of quantum-limited sensitivity
Coherent optical transmission returns into the focus of research. One significant advantage is the p...
This paper reviews the performance of optimized modulation formats in 2, 4, and 8 dimensions. We pre...
The receiver sensitivity is a very important metric in optical communication links operating at low ...
By exploiting the electromagnetic wave's four-dimensional signal space, we find that for the additiv...
We optimize modulation formats for the additive white Gaussian noise channel with a nonnegative inpu...
Coherent optical transmission systems have a four-dimensional (4-D) signal space (two quadratures in...
This chapter overviews the relatively large body of work (experimental and theoretical) on modulatio...
Abstract—We optimize modulation formats for the additive white Gaussian noise channel with a nonnega...
A new modulation scheme with a sensitivity of 2.3 photons per bit at a bit-error ratio (BER) of 10-3...
We compare formats for optical intensity modulation limited by thermal noise with the assumption of ...
The demand for faster short range optical links is increasing and simple modulation techniques, such...
Power and cost efficient short-range optical links are one of the technologies enabling large scale ...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
A performance comparison among some promising low-complexity modulation formats suitable for optical...
The sensitivity of the four-dimensional modulation format, polarization-switched quadrature phase sh...
Coherent optical transmission returns into the focus of research. One significant advantage is the p...
This paper reviews the performance of optimized modulation formats in 2, 4, and 8 dimensions. We pre...
The receiver sensitivity is a very important metric in optical communication links operating at low ...
By exploiting the electromagnetic wave's four-dimensional signal space, we find that for the additiv...
We optimize modulation formats for the additive white Gaussian noise channel with a nonnegative inpu...
Coherent optical transmission systems have a four-dimensional (4-D) signal space (two quadratures in...
This chapter overviews the relatively large body of work (experimental and theoretical) on modulatio...
Abstract—We optimize modulation formats for the additive white Gaussian noise channel with a nonnega...
A new modulation scheme with a sensitivity of 2.3 photons per bit at a bit-error ratio (BER) of 10-3...
We compare formats for optical intensity modulation limited by thermal noise with the assumption of ...
The demand for faster short range optical links is increasing and simple modulation techniques, such...
Power and cost efficient short-range optical links are one of the technologies enabling large scale ...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
A performance comparison among some promising low-complexity modulation formats suitable for optical...
The sensitivity of the four-dimensional modulation format, polarization-switched quadrature phase sh...
Coherent optical transmission returns into the focus of research. One significant advantage is the p...
This paper reviews the performance of optimized modulation formats in 2, 4, and 8 dimensions. We pre...
The receiver sensitivity is a very important metric in optical communication links operating at low ...