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。
This paper presents a new kind of perfect correlation signal, that is, odd-periodic perfect punctured binary sequence pair.
定义了一种新的最佳相关信号，即奇周期最佳屏蔽二进序列偶。
Generalized pseudorandom punctured binary sequence pair along with the transformation properties and combinatorial limited conditions are presented.
提出了广义伪随机屏蔽二进序列偶，给出了其变换性质、组合允许条件。
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。
In this paper, a class of new sequence pair, that is, unequal periodic sequence pair, is put forward and its correlative property, existence condition is studied.
文中定义了一类新的序列偶形式——不等周期序列偶，研究了不等周期序列偶的相关性质，存在条件。
The transformation features and Fourier spectrum of odd-periodic perfect almost binary sequence pair are studied. Some combined admissibility conditions are also given out.
同时研究了奇周期最佳几乎二进序列偶的变换性质和频谱特性，给出了一些组合允许条件。
Firstly, the periodic correlation bounds of binary sequence pair is educed, which provide the theory foundation for further research of binary sequence pair sets with good correlation property.
首先推导出二元序列偶的周期相关理论界，这为进一步研究具有良好相关特性的二元序列偶集提供了理论基础。
With the optimal assignment and balance design for test wrappers, four types of incremental Sequence Pair generation methods are constructed as a cyclic iteration process.
在对测试环采取最优分配和平衡优化的基础上，构造包含四种序列对递增生成方法的循环迭代过程。
With the optimal assignment and balance design for test wrappers, four types of incremental Sequence Pair generation methods are constructed as a cyclic iteration process.
在对测试环采取最优分配和平衡优化的基础上，构造包含四种序列对递增生成方法的循环迭代过程。
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