Improving the UWB Pulseshaper Design Using Nonconstant Upper Bounds in Semidefinite Programming

@article{Berger2007ImprovingTU,
  title={Improving the UWB Pulseshaper Design Using Nonconstant Upper Bounds in Semidefinite Programming},
  author={C. R. Berger and Michael Eisenacher and Shengli Zhou and F. Jondral},
  journal={IEEE Journal of Selected Topics in Signal Processing},
  year={2007},
  volume={1},
  pages={396-404}
}
A critical obstacle for ultra-wideband (UWB) communications is conformity to restrictions set on the allowed interference to other wireless devices. To this end, UWB signals have to comply with stringent constraints on their emitted power, defined by the Federal Communications Commission spectral mask. Different UWB pulseshaper designs have been studied to meet the spectral mask, out of which an approach based on digital finite impulse response filter design via semidefinite programming has… CONTINUE READING

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