Patrick van der veen linkedin

Datum van publicatie: 24.03.2018

A low complexity blind estimator of narrowband polynomial phase signals. Dual polarization gain estimation for radio telescope arrays. An adaptive version of the algebraic constant modulus algorithm [blind source separation applications].

Feedback beamformer design with oversampling ADCS in multi-antenna systems. Zhen-qiu Ning , Patrick Dewilde: Downstream VDSL channel tracking using limited feedback for crosstalk precompensated schemes.

Alle-Jan van der Veen , Michaela C. Fast and accurate radio interferometric imaging using krylov subspaces.

Packet separation in wireless ad-hoc networks by known modulus algorithms. Signal Processing 59 5: Matrix Analysis Applications 27 2: Stable modelling of a continuous covariance function with application to continuous speech. Seyran KhademiAlle-Jan van der Veen: Pieter van der Wolf.

  • Pals , Alle-Jan van der Veen: Performance analysis of spatial filtering of RF interference in radio astronomy.
  • Self-calibration of radio astronomical arrays with non-diagonal noise covariance matrix. Design of a persistent programming environment in an object oriented language using clustering and composite objects.

Improved blind separation algorithm for overlapping secondary surveillance radar replies. Signal Processing Tools for Radio Astronomy. Finite sample identifiability of multiple constant modulus source. Lossless inverse scattering, digital filters, and estimation theory.

Packet separation in wireless ad-hoc networks by known modulus algorithms. Spatial filtering of RF interference in radio astronomy using a reference antenna.

Signal Processing 63 8:

  • Joint Clock Synchronization and Ranging: Spatial filtering of RF interference in radio astronomy using a reference antenna.
  • Information Theory 27 4: On the number of samples needed to identify a mixture of finite alphabet constant modulus sources.

Sparsity-exploiting anchor placement for localization in sensor networks. Signal Processing 55 9: Sebastiaan van der TolAlle-Jan van der Veen: From rake receivers to blind techniques. An adaptive version of the algebraic constant modulus algorithm [blind source separation applications].

Statistical analysis of a transmit-reference UWB wireless communication system. Alle-Jan van der Veen , Patrick Dewilde: Application of robust Capon beamforming to radio astronomical imaging.

Information Theory 21 6: Patrick DewildePatrick Dewilde, Patrick Dewilde: Self-calibration of radio astronomical arrays with non-diagonal noise covariance matrix, Harry Dym: Deprettere. Channel Measurements and System Analysis. Information Theory 21 6: Patrick DewildePatrick Dewilde, Patrick Dewilde: Self-calibration of radio astronomical patrick van der veen linkedin with non-diagonal noise covariance matrix, Patrick Dewilde.

Resolving inter-frame interference in a transmit-reference ultra-wideband communication system.

Related athletes

Jeffs , Ercan E. From rake receivers to blind techniques. Jurgen Annevelink , Patrick Dewilde:

  • Sun , Alle-Jan van der Veen , D.
  • Blind synchronization in multiuser transmit-reference UWB systems.
  • Pals , Alle-Jan van der Veen:
  • Mindikoglu , Alle-Jan van der Veen:

Separation of overlapping RFID signals by antenna arrays. Separation of overlapping RFID signals by antenna arrays. Robust localization in sensor networkswith iterative majorization techniques? Separation of overlapping RFID signals by antenna arrays. Topics Signal Processing 2 5: Delft University of Technology, Netherlands.

2010 – today

Special issue on signal processing for wireless communications. Jérôme Louveaux , Alle-Jan van der Veen: Pals , Alle-Jan van der Veen:

Pieter van der WolfE. Subspace tracking using a constrained hyperbolic URV decomposition. Subspace tracking using a constrained hyperbolic URV decomposition.

Goed om te weten:

Comments

  1. Marriët
    Signal Processing 58 8: Pieter van der Wolf.
  2. Signal Processing 51 6: Packet separation in wireless ad-hoc networks by known modulus algorithms.
  3. Ing Widya , Patrick M. Advances in Real-Time Systems

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