QAM periodic complementary sequence sets based on binary mutually uncorrelated complementary sequence sets

机译：基于二进制互不相关的互补序列集的QAM周期互补序列集

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This paper focuses on investigation of periodic complementary sequence sets over quadrature amplitude modulation (QAM) constellation. We propose a method converting existing binary mutually uncorrelated complementary sequence sets (MUCSSs) into required sequence sets, and discuss family size of the resultant sequence sets. More clearly, the number of new sequence sets is an exponent of period of sub-sequences. Hence, our method can provide a large number of candidates for applications of CDMA or OFDM communication systems in elimination of multiple access interference (MAI) or reduction of peak envelope power(PEP), respectively.

机译：本文重点研究正交幅度调制（QAM）星座图上的周期互补序列集。我们提出了一种将现有的二进制互不相关的互补序列集（MUCSS）转换为所需序列集的方法，并讨论了所得序列集的族大小。更清楚地，新序列集的数量是子序列周期的指数。因此，我们的方法可以为消除多址干扰（MAI）或降低峰值包络功率（PEP）分别为CDMA或OFDM通信系统的应用提供大量候选对象。

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《IEEE International Conference on Signal Processing, Communications and Computing》|2015年|1-5|共5页
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Fanxin Zeng; Zhenyu Zhang;
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OFDM modulation; code division multiple access; quadrature amplitude modulation; radiofrequency interference; sequences; CDMA communication systems; OFDM communication systems; QAM periodic complementary sequence sets; binary mutually uncorrelated complementary sequence sets; multiple access interference; peak envelope power; quadrature amplitude modulation; Correlation; Electronic mail; Multiaccess communication; Multiple access interference; Quadrature amplitude modulation; QAM constellation; binary; complementary sequence sets; family size; mutually uncorrelated complementary sequence sets;

机译：OFDM调制码分多址正交幅度调制射频干扰序列CDMA通信系统OFDM通信系统QAM周期互补序列集互不相关的二进制互补序列集多址干扰峰值包络功率正交幅度调制相关性;电子邮件;多路访问通信;多路访问干扰;正交调幅; QAM星座;二进制;互补序列集;家庭规模;互不相关的互补序列集;

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2. Sets of Periodic Complementary Sequences Derived from an Arbitrary Set of Periodic Sequences and Their applications [J] . A.Al-Dabbagh, M.Darnell Applied signal processing: The international journal of analog and digital signal processing . 1999,第2期

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3. 16-QAM periodic complementary sequence mates based on interleaving technique and quadriphase periodic complementary sequence mates [J] . Zeng Fanxin, Zeng Xiaoping, Xiao Lingna, Communications and Networks, Journal of . 2013,第6期

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4. QAM periodic complementary sequence sets based on binary mutually uncorrelated complementary sequence sets [C] . Fanxin Zeng, Zhenyu Zhang IEEE International Conference on Signal Processing, Communications and Computing . 2015

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5. Difference sets and analysis of the periodic correlation of sequences. [D] . Rutan, David Bradford. 1994

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7. Periodic complementary sets of binary sequences [O] . Djokovic, Dragomir Z. 2008

机译：二元序列的周期性互补集

QAM periodic complementary sequence sets based on binary mutually uncorrelated complementary sequence sets

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