1) ultimately periodic sequence
终归周期序列
2) ultimate periodicity
终归周期
1.
Based on the mathematical analysis and the set theory the paper formulates an infinitecounting sequence with ultimate periodicity, The cited examples prove that if the chosen initial sequence satis-fies the condition of the theorem,the subsequent sequence is ultimately periodic.
应用数学分析和集合论的有关知识，构造出一类具有终归周期的无穷初始序列Ｓ＿０。
3) periodic sequence
周期序列
1.
A fast algorithm for determining the linear complexity in periodic sequences;
求周期序列线性复杂度的快速算法
2.
Performance analysis of DSSS system with periodic sequence against CW interference1;
周期序列DSSS系统抗CW干扰性能分析
3.
On the linear complexity of periodic sequences;
关于周期序列的线性复杂度
4) periodic sequences
周期序列
1.
Upper bound of expected value of the k-error linear complexity of random periodic sequences;
随机周期序列k错线性复杂度的期望上界
2.
Linear complexity profile of periodic sequences and its property;
周期序列的线性复杂度曲线特性
3.
Complexity of periodic sequences S~∞ and ~∞ over F_p
F_p上周期序列S~∞与~∞的线性复杂度分析
5) periodic multi-sequence
周期多序列
1.
Joint linear complexity of periodic multi-sequences;
周期多序列的联合线性复杂度
6) pseudo-periodic sequence
伪周期序列
补充资料：终归于空
【终归于空】
（术语）言诸法之实相，终归趣于空也。空者非灰断之空，乃中道第一义空，空亦空绝对之空，谓之第一义空。空亦空则此中自有中道之义，故云中道。即非偏空，而为中空、圆空、妙妙空也。法华经药草喻品曰：“解脱相、离相、灭相、究竟涅槃常寂灭相，终归于空。”真言阿字本不生之实义是也。
（术语）言诸法之实相，终归趣于空也。空者非灰断之空，乃中道第一义空，空亦空绝对之空，谓之第一义空。空亦空则此中自有中道之义，故云中道。即非偏空，而为中空、圆空、妙妙空也。法华经药草喻品曰：“解脱相、离相、灭相、究竟涅槃常寂灭相，终归于空。”真言阿字本不生之实义是也。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条