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Open Access Publications from the University of California

On rank of block Hankel matrix for 2-D frequency detection and estimation

  • Author(s): Yang, Howard Hua
  • Hua, Yingbo
  • et al.

For detection and estimation of 2-D frequencies from a 2-D array of data using a subspace decomposition method, one needs to construct a block Hankel matrix. For reliable detection andestimation, the rank of the block Hankel matrix should be made equal to the number of 2-D frequenciesinherent in the data in the absence of noise. In this work, we provide the conditions for achieving the desired rank

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