Optimization of Signal Design for Poly-Polarization Multiplexing in Satellite Communications

@article{Yofune2013OptimizationOS,
  title={Optimization of Signal Design for Poly-Polarization Multiplexing in Satellite Communications},
  author={Masanori Yofune and Julian Webber and Kazuto Yano and Hiroshi Ban and Kiyoshi Kobayashi},
  journal={IEEE Communications Letters},
  year={2013},
  volume={17},
  pages={2017-2020}
}
A poly-polarization multiplexing (PPM) scheme, that simultaneously utilizes two orthogonal polarization signals to create virtual additional planes, has been studied to enhance the spectrum efficiency for fixed satellite communication in the Ku band (12, 14 GHz). In this paper, to further increase the spectrum efficiency, we propose an enhanced PPM (E-PPM) scheme. By formulating the generalized linear mapping for two orthogonal polarization planes, the proposed scheme derives the optimal E-PPM… CONTINUE READING
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Polypolarization multiplexing scheme for satellite communications

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5 Excerpts

Performance investigation of a polarization multiplexing satellite system with a simple channel model

  • J. Webber, M. Yofune, K. Yano, H. Ban, K. Kobayashi
  • IEICE Tech. Report (SAT2012- 39), vol. 112, no…
  • 2012
1 Excerpt

Proposal of multi-polarization spatial multiplexing for satellite communication

  • M. Yofune, J. Webber, K. Yano, H. Ban, K. Kobayashi
  • IEICE Tech. Report (SAT2012-18), vol. 112, no…
  • 2012

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