| Paper ID | D1-S4-T4.2 |
| Paper Title |
Bosonic Dirty Paper Coding |
| Authors |
Uzi Pereg, Technical University of Munich, Germany |
| Session |
D1-S4-T4: Quantum Capacity |
| Chaired Session: |
Monday, 12 July, 23:00 - 23:20 |
| Engagement Session: |
Monday, 12 July, 23:20 - 23:40 |
| Abstract |
The bosonic channel is addressed with modulation interference and side information at the transmitter. The model can be viewed as the quantum counterpart of the classical random-parameter Gaussian channel. Based on Costa’s writing-on-dirty-paper result, the effect of the interference can be canceled. For both homodyne and heterodyne detection, we observe the same phenomenon, as the model reduces to a classical Gaussian channel. Then, we consider the bosonic channel with joint detection, for which the classical results do not apply, and derive a dirty-paper coding lower bound. We demonstrate that the optimal coefficient for dirty paper coding is not necessarily the MMSE estimator coefficient as in the classical setting.
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