By taking advantage of the characters of dyadic theory, a new method for constructing families of perfect periodic complementary binary sequences pairs (PCSPF) is proposed.
文中利用并元变换的不进位性质，给出了一种构造最佳周期互补二元序列偶族的新方法。
The properties of complementary binary arrays families (CBAF) are studied. The relationship between CBAFs and differences families and the necessary conditions of existence of CBAFs are given.
研究互补二元阵列族的性质，给出了互补二元阵列族与差族的等价关系，进而给出了互补二元阵列族存在的的必要条件。
A construction method of binary complementary sequence pair set was proposed with theoretical proof.
提出了一种二元互补序列偶集的构造方法，并给出了相应的理论证明。
Time complexity and space complexity in searching binary complementary sequence pair are very huge because four sequences are involved in the calculation.
因为对二元互补序列偶的搜索涉及到四个序列的计算，搜索的时间复杂度和空间复杂度很大。
Based on the odd-perfect almost binary sequences, the new odd-periodic correlation complementary sequence set is obtained.
基于一类完备周期奇相关函数的几乎二元序列，得到了一类新型奇相关互补序列集。
Normally, the check method of binary is not suitable to the multiple value data. The duplication code and complementary code given in the paper can be applied to check arbitrary value data.
一般二进制校验方法不适用校验多值数据，给出的重复码和互补码，可适用于任意值数据校验。
Normally, the check method of binary is not suitable to the multiple value data. The duplication code and complementary code given in the paper can be applied to check arbitrary value data.
一般二进制校验方法不适用校验多值数据，给出的重复码和互补码，可适用于任意值数据校验。
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