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涨落复杂性
相关语句
  fluctuation complexity
     Application of Fluctuation Complexity Measure to Speech Endpoint Detection
     涨落复杂性测度在语音端点检测中的应用研究
短句来源
     THE APPLICATION OF FLUCTUATION COMPLEXITY IN ANALYZING EEG TIME SERIES
     涨落复杂性在EEG时间序列分析中的应用
短句来源
     Application of Fluctuation Complexity in Analyzing Pressure Signals in a Gas-solid Fluidized Bed
     涨落复杂性在气固流化床压力信号分析中的运用
短句来源
     In this paper, Fluctuation Complexity of two different particle (A!B) are studied. It shows that Cf can identify the different fluidized characters.
     本文对A/B类颗粒的涨落复杂性进行了研究,结果表明涨落复杂性对两类粒子在过渡区的流化特性差异性有明显的体现,它在某种程度上是体系均一化程度的表征。
短句来源
     Fluctuation complexity Cf and algorithm complexity C(n) have been adopted to analysis pressure fluctuation signals from a gas-solid fluidized bed, the variation of the two complexity parameters with gas velocity from fixed bed,bubbling fluidization to turbulence fluidization are studied in order to characterize regime behaviors.
     提取复杂性理论中的涨落复杂性Cf及算法复杂性C(n)参数对气固流化床压力脉动信号随流化床操作气速增大历经不同流型的变化趋势进行分析。
短句来源
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  “涨落复杂性”译为未确定词的双语例句
     Two complexity parameters are adopted to analyze pressure signals in gas-solid fluidized bed.
     提取了算法复杂性和涨落复杂性两个不同定义的参数 ,对气固流化床压力脉动信号进行分析。
短句来源
     Complexity theory not only provides a new method to analyze non-linear pressure fluctuation, but also have been proposed to be wide application foreground used in the future.
     涨落复杂性和最大Lyapunov指数在对床内运动进入混沌状态的敏感指示这一点上,两者是一致的,但涨落复杂性和最大Lyapunov指数相比,不易受到取压点高低位置不同的影响,在工业运用上更具有优势。
短句来源
     Since complexity analysis has simple but effective algorithm with few changeable parameters, complexity parameters, including algorithm complexity (C(n)), fluctuate complexity (Cf) and Shannon entropy (Entropy), are adopted to indicate the flow regimes in the gas-solid fluidized beds.
     鉴于复杂性参数具有算法成熟、计算方便、可调性参数少等特点,本文选用了算法复杂性C(n)、涨落复杂性Cf和香农熵Entropy这三个复杂性参数作为指示流型的参数。
短句来源
     In the character fusion level, three complexity parameters, which are C(n), Cf and Entropy of the pressure fluctuation time series of the same pressure transducer, are combined to identify the flow regimes.
     在特征层融合时,通过同一个压力探头上的压力脉动信号的算法复杂性C(n)、涨落复杂性Cf和香农熵Entropy这三种复杂性参数的联合判别来识别流型;
短句来源
     Complex C2,fluctuation complex Cf and algorithm complex C(n) have been adopted to analysis pressure fluctuation signals from a gas-solid fluidized bed. The variations of the three complexity parameters with gas velocity from the fixed bed, bubbling fluidization to turbulence fluidization were studied, then, compared in order to characterize regime behaviors.
     运用复杂性 C2 、涨落复杂性 Cf及 L empel- Ziv复杂性 C(n)等复杂性参数对气固流化床压力脉动信号进行分析 ,研究它们随流化床操作气速增大历经不同流型的变化趋势并将结果作了比较 ,进一步探讨了流化床流型特性的内在规律性。
短句来源
更多       
  相似匹配句对
     THE APPLICATION OF FLUCTUATION COMPLEXITY IN ANALYZING EEG TIME SERIES
     涨落复杂性在EEG时间序列分析中的应用
短句来源
     Complexity and post-modernism(Part Ⅰ)
     复杂性和后现代主义(上)
短句来源
     On the Future Complexity
     未来的复杂性
短句来源
     Application of Fluctuation Complexity Measure to Speech Endpoint Detection
     涨落复杂性测度在语音端点检测中的应用研究
短句来源
     Application of Fluctuations and Chinese Traditional Medicine
     涨落和中药应用
短句来源
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  fluctuation complexity
We present the calculations in complexity diagrams where MIG is the abscissa and the fluctuation complexity the ordinate.
      


This paper describes the definition of fluctuation complexity. It is used to analyze the time series for schizophrenics and normal persons EEG. Through a number of experiments, we have found that this complexity can reflect the character of the EEG, and can be used as a feature classifying the schizophrenic patient and normal person.

给出了涨落复杂性定义,并应用在精神分裂症患者的EEG时间序列分析中.通过实验分析表明,涨落复杂性能够用来区分精神患者和正常人之间的EEG,从而有可能为临床脑电分析提出新的量化指标,为精神分裂症等患者的临床诊断提供新的科学方法

Complex C2,fluctuation complex Cf and algorithm complex C(n) have been adopted to analysis pressure fluctuation signals from a gas-solid fluidized bed. The variations of the three complexity parameters with gas velocity from the fixed bed, bubbling fluidization to turbulence fluidization were studied, then, compared in order to characterize regime behaviors. It was experimentaly demonstrated that there exists a phenomenon named "recorded" in the regime transition from the fixed bed to bubbling fluidization,...

Complex C2,fluctuation complex Cf and algorithm complex C(n) have been adopted to analysis pressure fluctuation signals from a gas-solid fluidized bed. The variations of the three complexity parameters with gas velocity from the fixed bed, bubbling fluidization to turbulence fluidization were studied, then, compared in order to characterize regime behaviors. It was experimentaly demonstrated that there exists a phenomenon named "recorded" in the regime transition from the fixed bed to bubbling fluidization, the three complex parameters are believed to be a new technique for flow regime identification.

运用复杂性 C2 、涨落复杂性 Cf及 L empel- Ziv复杂性 C(n)等复杂性参数对气固流化床压力脉动信号进行分析 ,研究它们随流化床操作气速增大历经不同流型的变化趋势并将结果作了比较 ,进一步探讨了流化床流型特性的内在规律性。研究结果表明 ,在起始流化至鼓泡态转变的过程中 ,气 -固体系会进行一种所谓的“重构”现象 ,并证实了气泡的存在是影响压力脉动信号复杂性的重要因素 ,同时实验显示复杂性参数能明确地指示固定床 ,鼓泡流化及湍动流化等不同流型之间的转变过程 ,为流型识别提供了新思路。

Fluctuation complexity is used to ananlyze time series of pressure signals in the gas-solid fluidized bed. It is more easy to calculate than the maxium Lyapunov exponent. The trends of fluctuation complexity changing with gas velocity and height are concluded. Moreover the axial distribution of fluctuation complexity is compared. In this study, the initial characters of fluidized bed are rudimently discussed from the point of view of complexity theory.

本文运用涨落复杂性对气固流化床压力脉动时间序列进行分析 ,其优点是算法和混沌参数如最大 L yapunov指数相比更为简洁。实验研究了该参数随操作气速和床层高度的变化趋势 ,并比较了涨落复杂性在不同轴向位置的分布 ,从复杂性理论的角度对流化床的内在规律性进行了初步探讨

 
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