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• Underwater Acoustic Communications in Time-Varying Dispersive Channels

  Publication

  • I. Kochańska
  • J. Schmidt
  • M. Rudnicki

  - Year 2016

  Underwater acoustic communication (UAC) system designers tend to transmit as much information as possible, per unit of time, at as low as possible error rate. However, the bit rate achieved in UAC systems is much lower than for wire or radio-communication systems. This is due to disadvantageous properties of the UAC channels, namely the sea and inland waters. Estimation of UAC channel transmission properties is possible within...

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