本篇論文是介紹兩種新的互補碼，名為I/Q Columnwise Complementary Code（IQCCC）以及Single Carrier I/Q Complementary Code（SCIQCC），與之前的互補碼最大的不同點在於使用QPSK調變傳輸，並使用QPSK的特性來達到完美的正交互補性以及其他系統上的突破。

在論文的第二章會詳細介紹I/Q Columnwise Complementary Code（IQCCC）的產生以及完美互補性的証明。在第三章則是透過通道效應分析I/Q Columnwise Complementary Code（IQCCC）的時消以及頻消，也就是對於多路徑干擾下以及杜普勒效應嚴重的情況下有何幫助，並配合不同的IQCCC的選取來適應不同環境下的干擾。最後，在第四章會提出另一個新的碼組，叫做是Single Carrier I/Q Complementary Code（SCIQCC），這是在第三章的討論中，發現只使用一個子載波就能達到完美的正交互補性，在第四章則會詳細的寫出SCIQCC該如何產生，以及證明SCIQCC的完美正交互補性，以及舉出PG值由4~512的SQICC的實際例子。最後於附錄B中將IQCCC的碼組由PG值8~512詳細列出。

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中文摘要 I
致謝 II
目錄 III
圖目錄 IV
變數列表 VI
第一章 導論 1
1.1 研究動機 1
1.2 論文架構 2
1.3 背景知識 2
第二章 I/Q Column-wise Complementary code（IQCCC） 7
2.1 前言 7
2.2 IQCCC的產生 7
2.3 IQCCC的系統架構圖 13
2.4 I/Q Column-wise Complementary code互補性證明 16
2.5 IQCCC實際產生例子 27
第三章 時消與頻消 31
3.1 前言 31
3.2 時消與頻消介紹 31
3.3 突破時消與頻消的限制 34
3.4 IQCCC加入偶位移正交序列 40
3.5 抵抗多路徑干擾（時消比例大） 47
3.6 抵抗杜普勒效應（頻消比例大） 58
第四章 Single Carrier I/Q Complementary Code（SCIQCC） 65
4.1 前言 65
4.2 SCIQCC的產生 65
4.3 SCIQCC互補性的証明 67
4.4 SCIQCC的產生 74
第五章 結論 77
附錄A 證明部分相關完美可以推得完全相關完美 79
A.1 前言 79
A.2 部份自相關完美推得完全自相關完美 79
A.3 部分互相關完美推得完全互相關完美 83
附錄B I/Q Column-wise Complementary code (PG=8~512) 91
B.1 前言 91
B.2 IQCCC實際例子 91
參考文獻 117

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