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PAPR Reduction Algorithms With Error Correction Capability in Multicarrier Communication Systems
|關鍵字:||Orthogonal frequency division multiplexing|
Peak-to-average power ratio
Walsh-Hadamard transform OFDM
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This dissertation mainly focuses on reducing PAPR in a BPSK OFDM system, a 16-QAM OFDM system, and a BPSK WHT-OFDM system. First, this dissertation tries to improve two unsolved issues of the EC-SLM technique used in a BPSK OFDM system: how to select the PAPR control bits and extend the EC-SLM technique into the high-order modulation system. By combining the EC-SLM technique with cyclic codes, called Cyclic-SLM, this method is proposed to provide the selection of PAPR control bits. To extend the EC-SLM technique used in a BPSK OFDM system into a 16-QAM OFDM system, this dissertation combines a 16-QAM block coded modulation codes with the EC-SLM technique, called BCM-SLM. Next, this dissertation proposes a new scheme called EC-PTS to improve error correction capability of the original PTS technique. Comparing the EC-PTS technique with the original PTS technique, EC-PTS not only has error correction capability but also has no need to transmit the side information for recovering the input data block in the receiver. In addition, we propose a method by combining the EC-PTS technique with a 16-QAM block coded modulation codes, to extend the EC-PTS technique into the high-order modulation system; we call this method BCM-PTS. Finally, this dissertation discovers a lot of Golay complementary sequences in a BPSK WHT-OFDM system and depicts the structure of these sequences by graphic forms. Moreover, this dissertation also provides the proofs about the general expression of these Golay complementary sequences in a BPSK WHT-OFDM system.
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