Jun 22, 2017 · In this paper, a new matrix-based characterization of generalized-frequency-division-multiplexing (GFDM) transmitter matrices is proposed, ...

Abstract—In this paper, a new matrix-based characterization of generalized-frequency-division-multiplexing (GFDM) trans- mitter matrices is proposed, ...

Matrix Characterization for GFDM: Low Complexity MMSE Receivers and Optimal Filters · Figures and Tables · Topics · Ask This Paper · 33 Citations · 45 References ...

Matrix Characterization for GFDM Systems: Low-Complexity MMSE Receivers and Optimal Prototype Filters · Figures and Tables · Topics · 1 Citation · 41 References ...

The new characterization also enables derivations of optimal prototype filters in terms of minimizing receiver mean square error (MSE). They are found to ...

In this paper, we propose a new matrix-based characterization of GFDM matrices, as opposed to traditional vector-based characterization with prototype filters.

We study in this paper the optimal prototype transmit filters in terms of minimizing receiver MSE with both ZF and MMSE receivers, under the AWGN channel as ...

Matrix characterization for GFDM: Low complexity MMSE receivers and optimal filters ... Optimal filter design for GFDM that minimizes PAPR under performance ...

Bibliographic details on Matrix Characterization for GFDM Systems: Low-Complexity MMSE Receivers and Optimal Prototype Filters.

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