分数阶,fractional order
1)fractional order分数阶
1.Study on a class of chaotic systems with fractional order;一类分数阶混沌系统的研究
2.Controlling projective synchronization in coupled fractional order chaotic Chen system;两个耦合的分数阶Chen系统的混沌投影同步控制
3.Study on the critical chaotic system with fractional order and circuit experiment;分数阶临界混沌系统及电路实验的研究
英文短句/例句

1.Discrete fractional Fourier transform algorithm via fractional domain decomposition离散分数阶Fourier变换的阶数分解算法
2.Researches on Fractional Hartley Analysis;分数阶Hartley分析方法研究
3.High Order Multiple Method for Fractional Ordinary Differential Equation and Numerical Method for Variable Order Fractional Diffusion Equation;分数阶常微分方程的高阶多步法和变分数阶扩散方程的数值方法
4.Fractional-Order Calculus Filter Theory、Application and Fractioanal-Order System Identification;分数阶微积分滤波原理、应用及分数阶系统辨识
5.Fractional Calculus and Its Applications to Fractional Quantum Mechanics分数阶微积分及其在分数阶量子力学中的应用
6.Multi-order Fractional Ordinary Differential Equation and Fractional Diffusion-wave Equation;多阶的分数阶常微分方程和分数阶扩散—波动方程
7.Simulation Research on Fractional Order Controllers with Integer Order Controllers分数阶控制器与整数阶控制器仿真研究
8.Fractional Partial Differential Equation s Numerical Solution and Fundamental Solution;分数阶偏微分方程的数值解及基本解
9.Theoretical and Numerical Investigation of Fractional Partial Differential Equations分数阶偏微分方程的理论和数值研究
10.Numericalmethods for Differential Equations of Fractional Order with Time-Dependent Delay分数阶延迟微分方程数值方法的研究
11.On the bound of the Lyapunov exponents for fractional systems分数阶微分系统Lyapunov指数界的估计
12.Numerical Solution of Fractional Differential Equations by Using Legendre WaveletsLegendre小波求分数阶微分方程的数值解
13.The Fractional Calculus of a Type of Fractal Function and the Dimension;一类分形函数的分数阶微积分及其维数
14.Numerical Solutions of Two-Dimension Fractional Advection-Dispersion Equations二维分数阶对流-弥散方程的数值解
15.FRFS Expansion and Its Characters Analysis分数阶Fourier级数展开及相关性质研究
16.Numerical Methods of Multi-order Fractional Ordinary Differential Equations and Applications;多项分数阶常数分方程数值方法及其应用
17.Fractional BDF Method for Multi-order Fractional Differential Equations多阶分数微分方程的分数BDF方法
18.The calculated integral formulae of a class kind include higher orderbernoulli numbers and higher order euler numbers;一类包含高阶Bernoulli数和高阶Euler数的积分计算公式
相关短句/例句

fractional-order分数阶
1.Designing synchronization schemes for a fractional-order hyperchaotic system;一个分数阶新超混沌系统的同步
2.Adaptive synchronization of the fractional-order unified chaotic system分数阶统一混沌系统的自适应同步
3)differential order微分阶数
4)difference order差分阶数
1.The time series model of Guangxi s GDP is established using comprehensively the method of judging the stationary time series process, using the method of unit root to test the difference order, and using the autocorrelation and partial autocorrelation functions graph to identify the autoregressive process of order (AR(p)) and sliding average process of order (MA(q)).综合运用了判别时间序列平稳性的方法,利用单位根方法检验时间序列的差分阶数;利用自相关函数图和偏相关函数图判别时间序列模型的自回归阶数(AR(p))和滑动平均阶数(MA(q)),建立广西GDP的时间序列模型。
5)fractal order分形阶数
6)Diversity order分集阶数
延伸阅读

分数阶积分与微分分数阶积分与微分og fractional integration and differentia- 分数阶积分的逆运算称为分数阶微分:若几介F,则f为F的:阶分数阶导数(na ctional deriVative).若0<戊0: ;、一上一f一工鱼一一添 r回几恤一t)’-(对f给予适当的限制;见!IL那里还包含算子人关于乌的估计). 下列定义(H.研几yl,1917)对可积的具有2二周期并在周期上具零均值的函数是方便的.设 f(x,一{采0cn“‘”’一艺‘、“‘”’,则f的以:>0)阶叭几贝积分(W亡ylintegl司)用式 ,,eC才月x 了_IX】~Z—!乙l 气!n)-定义;并且斑吞>0)阶导数尸用方程 d” fp(x)“~子二天一,(x) v一了dx”护”一户v,定义,这里n是大于刀的最小整数(应注意天(x)与几f(x)重合). 这些定义在广义函数论的框架中有进一步的发展.对周期的广义函数 f一艺‘毕切·分数阶积分灯=人的运算可据式(2)对一切实值:实现(若仪为负的,人f与“阶偏导数一致)且有关于参数“的半群性质. 在n维空间X中分数阶积分运算的类似式为R免业位势(Riesz potential;或俘挚掣积分恤把脚!of poten-tjal tyPe)) 。,,、,_.。r((n一“、/2、rf(x、 八_I《Xl二兀一t‘今-二一二言~一二二一‘二.--~‘‘戈二‘~dt T’t以j乙)竺}X一艺r” ‘、,,X凡的逆运算称为“阶Riesz导数(Riesz derivati记).分数阶积分与微分l云.西加目如吻阳‘刃翻日由场,曰血-肠即;八p浦姗。HT即.脚.翻.比。月.中中epe。朋.碑旧曰皿e],亦称分数次积分与微分 积分与微分运算到分数阶情形的推广,设f为区间[a,bl上可积函数,并设I汀(x)为f在la,x]上的积分,而嵘f(x)为此_、f(x)在ta,xl上的积分.,=2,3,…,那么有 ,。子‘。=~二一亡‘一犷,r‘八月,。、Y、、门、 卫_1 IX,一—1 IX一f,I吸tl“不.“浇无受D,111 IL“)了其中r间‘恤一I)!为r函数(手mi刀以丘山ctlon).上式右边对每个戊>0都有意义.等式(l)定义了f以a为始点的:阶分数阶积分(n习ctionalin噢州)或RI曰m以nn-Liou喇沮e积分(R~一Liou祖le int叩户1).对于复值参数:,算子叮被B.R记n艾Ir田(l时7)研究过,算子I:是线性的且有半群性质: 程「瑙(x)]二I:+,f(x).