1) fuzzy observation sysbolic sequence
模糊观察符号序列
3) symbolic sequence
符号序列
1.
Analysis of bifurcation and chaos in a class of piecewise smooth systems based on symbolic sequence;
基于符号序列描述的一类分段光滑系统中分岔现象与混沌分析
2.
Research of Finite and Infinite Symbolic Sequences;
有限和无限符号序列的研究
3.
In order to reasonably measure the difference between symbolic sequences in [0,1], this paper presents the concepts of normalized identical distance and normalized edit distance.
为了在[0,1]区间上合理度量符号序列之间的区别,提出了归一化等同距离和归一化编辑距离的概念,并通过数学分析证明了它们满足度量的3条基本公理,从理论上说明了它们的合理性。
4) symbolic series
符号序列
1.
The ideas of binary partition, symbolic series bar chart, Shannon entropy, Euclid number and high rank square are introduced based on the symbolic time series analysis method.
介绍了符号序列分析中的二进制划分、直方图、Shannon熵、欧几里得范数、高阶矩等概念,在两种试验汽油机处于热怠速工况时,运用上述概念对HC排放信号进行分析和评价。
5) symbol sequence
符号序列
1.
The rule of symbol sequence on the super-attracted point was found when the multiplier periodic buds was on the principal axis by using of lots of experiments.
研究了复映射 f(z,c) =z-2 +c所产生的广义M集 ,利用周期分类法绘制了广义M集的分形图 ,分析了M集周期芽苞及倍周期芽苞在主轴上同分岔图的对应关系·从分岔图入手 ,通过大量计算机数学试验 ,发现了主轴上倍周期芽苞在超吸引点处符号序列的排列规律 ,给出了构造任意倍周期芽苞字提升方程的一个算法·利用二分法解字提升方程 ,得到主轴上各倍周期芽苞的超吸引点 ,发现M集倍周期芽苞在主轴上存在一个普适常数δ ,并在非主轴上进行了验证·深刻揭示了分形的自相似本质 ,为进一步研究分形的精细结构提供了有力的帮
2.
The symbol sequence is used to recognize the large-scale characteristics of the cha-otic oscillator output in time-domain.
针对Duffing振子系统在信号检测领域中的应用,提出了一种基于符号序列信息熵混沌特性的微弱信号检测方法。
6) multiple observations
多观察序列
1.
This paper proposes a HMM training algorithm which is based on grouping multiple observations by multiple correlation coefficient .
在用多观察序列训练HMM理论的基础上,提出了一种基于对多观察序列按多相关系数分组的HMM训练算法(简称基于多相关分组的HMM训练算法)。
2.
This paper proposes a theoretical justification of the multiple observations HMMs training algorithm that does not impose the observation independence assumption and shows that the traditional BaumWelch algorithm is only a spec.
本文在不附加任何假设的前提下,提出了一种用多观察序列训练HMM的算法,从理论上解决了上述问题。
补充资料：观察(见科学观察)
观察(见科学观察)
observation
吝。guaneho观察(observation)见科学观
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