We examine the maximal achievable gains of digital back-propagation (BP) in typical modern WDM systems.
The continuously increasing demand of capacity requires a highly efficient use of the available optical bandwidth of the fiber.
Limits of spectral efficiency and transmission reach are analyzed by an O-OFDM DWDM system with bit-rates of 10- 600Gb/s and QPSK/n-QAM modulation reaching 12 bit/s/Hz.
For wavelength division multiplexing (WDM) systems over nonzero dispersion fiber, we evaluate the statistics of the eye-closure due to four-wave mixing (FWM) in the presence of arbitrary data value
O I S E in amplifiers is now a familiar term. A n y one who has had his favorite radio hour ruined by static knows the effect of an incoherent background of noise.
The average gravitational lens distortion of background galaxy images by foreground galaxies in an independent, non-kinematical measurement of average galaxy mass distribution M(r)/r.
The Universe on Giga parsec scales appears smoother than expected, given the observed persistence of structure on all scales up to 100 Mpc.
We propose and analyze a new class of transmission line codes that dramatically increase the dispersion tolerance and spectral efficiency of dense wavelength-division multiplexing transmission.
We propose a new coverage metric for delay fault tests.
We propose a new coverage metric for delay fault tests.
