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Description Frame structure examples for proposed signal decomposition.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description PAPR of residual signals as function of threshold value.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description BER performance of proposed signal decomposition without noise elimination in case of 2 × 2 MIMO channels.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Simulation model for BER evaluation of proposed techniques in case of 2 × 2 MIMO.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Antenna configuration example for 2 × 2 MIMO transmission.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description I/O and PAE characteristics of HPA in Ref. .
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Simulation model for BER evaluation of proposed techniques in case of two independent AWGN channels.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Proposed Type 2 noise elimination technique for c′(k) in case that d/2 < |c′(k)|.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Configuration of proposed OFDM transmission system.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description PAE as function of threshold value.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description BER performance of proposed signal decomposition with and without noise elimination in the case of 2 × 2 MIMO channels.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Spectrum power density of proposed signal decomposition outputs after LPF as compared with conventional OFDM signals.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description BER performance of proposed signal decomposition with and without the LPF.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Example of gain response of LPF for out‐of‐band emission suppression.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Proposed decomposition signal processing for OFDM signals S(k) using the predetermined threshold d.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Constellation examples before and after proposed signal decomposition.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Waveform examples before and after the proposed signal decomposition.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description Peak and average power of residual signals as function of threshold value.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan -
Description BER performance of proposed signal decomposition technique in case of independent AWGN channels.
Article Title: Evaluation Results of the Signal Decomposition Technique for OFDM Transmission which Achieves the Power‐Added Efficiency Improvement and the SNR Enhancement Using the Noise Elimination
Publication Title: Electrical Engineering in Japan