L. Coelho, N. Hanik.Global Optimization of Fiber-Optic Communication Systems Using Four-Dimensional Modulation Formats.ECOC proceedings, Geneva, Switzerland.2011

B., Inan;S., Adhikari;O., Karakaya;P., Kainzmaier;M., Mocker;H, von Kirchbauer;N., Hanik;S.L., and Jansen.Real-time 93.8-Gb/s polarization-multiplexed OFDM transmitter with 1024-point IFFT.Optics Express vol. 19, iss. 26, pp. B64-B68.2011.Dec

Goebel, B.;Essiambre, R.-J.;Kramer, G.;Winzer, P.J.;Hanik, N..Calculation of Mutual Information for Partially Coherent Gaussian Channels with Applications to Fiber Optics.IEEE Trans. Inf. Theory, vol. 57, no. 9.2011.Oct.pp. 5720-5736

Karakaya, O.;Inan, B.;Spinnler, B.;Kainzmaier, P.;Hanik, N.;Jansen, S.L..Computationally Efficient Hardware Design of RF-Pilot Tone Based Phase Noise Compensation for Optical OFDM.Photonics Conference.2011

Inan, B.;Adhikari, S.;Karakaya, O.;Kainzmaier, P.;Mocker, M.;von Kirchbauer, H.;Hanik, N.;Jansen, S.L..Realization of a Real-Time 93.8-Gb/s Polarization- Multiplexed OFDM Transmitter with 1024-Point IFFT.ECOC proceedings, Geneva, Switzerland.2011

Adhikari, S.;Inan, B.;Karakaya, O.;Rosenkranz, W.;Jansen, S.L..FFT Optimization for Practical OFDM Implementations.ECOC proceedings.2011

Gaete, O.;Coelho, L.D.;Spinnler, B.;Hanik, N..Performance of Stereo Multiplexing in Single Channel and DWDM Systems Using Direct Detection with Optimum Dispersion Maps.Journal of Networks.2011.Jan

Gaete, O.;Coelho, L.D.;Spinnler, B.;Hanik, N..Pulse Shaping Using the Discrete Fourier Transform for Direct Detection Optical Systems.To be published in Proc. International Conference on Transparent Optical Networks (ICTON 2011) (invited), Stockholm, Sweden.2011

Coelho, L.D..Global Optimization of Optical Communication Systems using Four-Dimensional Modulation Formats.Proc. ITG Workshop on Modelling and Simulation of Optical Communication Systems, Dortmund.2011

Inan, B.;Adhikari, S.;Karakaya, O.;Kainzmaier, P.;Mocker, M.;von Kirchbauer, H.;Hanik, N.;Jansen, S.L..Realization of a Real-Time 93.8-Gb/s Polarization- Multiplexed OFDM Transmitter with 1024-Point IFFT.Proc. Optical Fiber Communications Conference (OFC), Los Angeles, CA, USA.2011