Meisam Naderi - Universitetet i Agder
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E-mail:
meisam.naderi@uia.no
Telephone:
37 23 34 77
Mobile:
477 49 034
Office:
A2120 ( Jon Lilletunsvei 9, Grimstad )
Department:
Department of Information and Communication Technology

Publications

  • Naderi Meisam, Pätzold Matthias Uwe, Hicheri Rym, Youssef Neji, A Geometry-Based Underwater Acoustic Channel Model Allowing for Sloped Ocean Bottom Conditions (2017). IEEE Transactions on Wireless Communications . ISSN 1536-1276. 16 (4), s 2394 - 2408 doi: 10.1109/TWC.2017.2664829
  • Naderi Meisam, Pätzold Matthias Uwe, Design and Analysis of a One-Dimensional Sea Surface Simulator Using the Sum-of-Sinusoids Principle (2015).
  • Naderi Meisam, Pätzold Matthias Uwe, Zajic Alenka G., The design of measurement-based underwater acoustic channel simulators using the INLSA algorithm (2015).
  • Naderi Meisam, Pätzold Matthias Uwe, Zajic Alenka G., A Geometry-Based Channel Model for Shallow Underwater Acoustic Channels Under Rough Surface and Bottom Scattering Conditions (2014).
  • Naderi Meisam, Pätzold Matthias Uwe, Hicheri Rym, Youssef Neji, A Geometry-Based Underwater Acoustic Channel Model Allowing for Sloped Ocean Bottom Conditions (2017). IEEE Transactions on Wireless Communications . ISSN 1536-1276. 16 (4), s 2394 - 2408 doi: 10.1109/TWC.2017.2664829
  • Naderi Meisam, Pätzold Matthias Uwe, Zajic Alenka G., The design of measurement-based underwater acoustic channel simulators using the INLSA algorithm (2015).
  • Naderi Meisam, Pätzold Matthias Uwe, Design and Analysis of a One-Dimensional Sea Surface Simulator Using the Sum-of-Sinusoids Principle (2015).
  • Naderi Meisam, Pätzold Matthias Uwe, Zajic Alenka G., A Geometry-Based Channel Model for Shallow Underwater Acoustic Channels Under Rough Surface and Bottom Scattering Conditions (2014).

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