Emil Spoiden

2024

1. P. Oezsuna, A. Arnould, N. Braig-Christophersen, E. Spoiden, R. Emmerich, R. S. Luís, B. J. Puttnam, K. Aikawa, C. Schmidt-Langhorst, C. Schubert, R. Freund, and G. Rademacher, “Experimental Demonstration of a Correlation-Avoidance CMA for Blind Space-Division Multiplexed MIMO Equalization,” in European Conference on Optical Communications (ECOC 2024), 2024, p. W1C.
   • Zusammenfassung
   • BibTeX

   Zusammenfassung

   We demonstrate blind 6x6 adaptive equalization of 32 GBd DP-QPSK 3-mode transmission over a 54 km FMF based on the singularity-free convergence ability of the correlation-avoidance CMA (CA-CMA). The CA-CMA is used for robust pre-convergence in a computation-efficient CMA-based blind MIMO equalization.

   BibTeX

   @inproceedings{oeszuna2024experimental, abstract = {We demonstrate blind 6x6 adaptive equalization of 32 GBd DP-QPSK 3-mode transmission over a 54 km FMF based on the singularity-free convergence ability of the correlation-avoidance CMA (CA-CMA). The CA-CMA is used for robust pre-convergence in a computation-efficient CMA-based blind MIMO equalization.}, author = {Oezsuna, Pamir and Arnould, Aymeric and Braig-Christophersen, Nicolas and Spoiden, Emil and Emmerich, Robert and Lu{\'i}s, Ruben Soares and Puttnam, Benjamin J. and Aikawa, Kazuhiko and Schmidt-Langhorst, Carsten and Schubert, Colja and Freund, Ronald and Rademacher, Georg}, booktitle = {European Conference on Optical Communications (ECOC 2024)}, pages = {W1C.2, pp. 1471-1474}, title = {Experimental Demonstration of a Correlation-Avoidance CMA for Blind Space-Division Multiplexed MIMO Equalization}, year = 2024 }