1) flow serialization
流序列化
1.
A network traffic classification algorithm based on flow serialization
一种流序列化的网络流量分类算法
2) runoff time series
径流序列
1.
After runoff time series is directly conversed,the runoff fluctuation frequency and its evolution process are obtained by means of frequency search.
对径流序列直接进行变换后,经频率搜索处理得到径流波动频率及其演变过程。
2.
To study the complex stochastic and undulatory property of the runoff time series,an R/S method is used.
针对径流序列所具有的复杂的随机性和波动性,应用R/S分析法,通过对时变指数Hurst的计算及其检验,以新的视角对河川径流时间序列的分布特征、统计循环长度等复杂特性进行了有益探索。
3) runoff series
径流序列
1.
Study on runoff series complexity based on approximate entropy;
基于近似熵的径流序列复杂性研究
2.
Analysis on complexity of monthly runoff series based on sample entropy in the Dongjiang river
基于样本熵的东江月径流序列复杂性分析
3.
It was shown that all the annual runoff series have an obviously persistive decreasing tendency.
针对宝鸡市渭河干流林家村站、渭河北岸支流千河千阳站和南岸支流清姜河益门镇站天然径流序列,采用Kendall秩次相关检验、Spearman秩次相关检验分析了其演变趋势性,用R/S法计算了各自的Hurst指数以分析其演变持续性,分析表明三条河流年径流量均存在较为显著的持续下降趋势;通过月径流序列的相空间重构,估算了能够表征水文系统混沌特性的定量指标即月径流序列的饱和关联维数D2和最大Lyapunov指数1λ,计算结果表明三条河流径流系统均存在混沌特性。
4) DC sequence
直流序列
5) sequence stream
序列流
1.
A parallel sequence stream analysis algorithm named FTPSA (proactive fault-tolerant parallel sequence stream analysis algorithm) is proposed in order to deal with sequence stream’s adaptive analysis in noisy environment, which is based on proactive fault-tolerant knowledge learning.
提出一种主动容错的序列流并行分析算法——FTPSA算法(proactivefault-tolerantparallelsequencestreamanalysisalgorithm),以解决噪声环境下大规模序列流的自适应分析问题。
6) sequence of current
潮流序列
补充资料：流序
1.流品，等级。
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