1) It stochastic differential equations
It^o微分方程
2) It^o stochastic differential equations
It^o随机微分方程
3) fuzzy stochastic differential equations of It(o|^)-type
It(o|^)型模糊随机微分方程
4) differential equation
微分方程
1.
Solution of Forecasting-Correcting-Improving Algorithm to Quaternion Differential Equation of SINS Attitude;
基于预测-校正-改进算法解算SINS姿态的四元数微分方程
2.
The simulation solution of dynamics differential equation based on pspice;
基于Pspice的动力学微分方程的模拟解
3.
The relationship between supply and demand in stock markets and differential equations of stock price;
股票市场供求关系与股价及其变化率的微分方程
5) differential equations
微分方程
1.
Existence of asymptotically almost periodic solutions for some differential equations with piecewise constant argument;
一类具有逐段常变量微分方程的渐近概周期解
2.
Oscillatory and asymptotic behavior of solutions for third order impulsive delay differential equations;
三阶脉冲时滞微分方程解的振动性与渐近性
3.
Oscillation criteria for first order nonlinear differential equations with deviating arguments;
一阶非线性具偏差变元的微分方程的振动准则
6) linear differential equation
微分方程
1.
Borel directions of solutions to non- homogeneous linear differential equations;
非齐次线性微分方程解的Borel方向分布
2.
Mainly study the complex oscillation for k(≥2) order homogeneous linear differential equations w(k)+Ak-1w(k-1)+Ak-2w(k-2)+…+A0w=0,and obtain some results as Ak-1 satisfies some conditions.
主要研究齐次线性微分方程w(k)+Ak-1w(k-1)+…+A0w=0的复振荡问题。
3.
In this paper, we study the complex oscillation properties of the solutions of higher-order linear differential equations with entire coefficients (where there are two coefficients being of the same and highest order) by using the value distribution theory.
本文利用值分布理论,对高阶整函数系数线性微分方程(其中存在两个系数的级相等且最大)的解的复振荡性质进行了研究,得到了方程解的超级的精确估计。
补充资料：Abel微分方程
Abel微分方程
Abel differential equation
Abd徽分方程!Abel山反比n‘ai equ浦佣;A血朋朋中扣巴-冈阳.压旧日傲比”娜圈le皿ej 常微分方程 .、‘一f0(x)十一f，(x沙一十_八(x妙2十fa(、沙’(第一类A比1微分方程)或 【头(x)十头(x)y卜二/。(x)一十fl(x妙 七八(*沙‘、一儿(x沙3(第二类A比}微分方程).这些方程是N.H.Abel研究椭圆函数论时出现的(见【1」).第一类Abel微分方程是R沁国‘方程(RIOCati明比6‘扣)的自然推广. 如果人(x)‘〔‘(a，b)，尹2(x)和儿(x)‘C’(a，b)，且当x任l。，b1时j。(x)护0，则第一类A忱l微分方程通过变量变换可以化为标准形式d了dt=:3+中(t)(12])在一般情况一F第一类Abel微分方程不能以封闭形式进行积分，虽然在一些特殊情况下是可能的(12]).如果a。(x)和91(x)〔Cl(a，b)，而g，(劝务09。(x)+g、(义)y淤0，则第二类周比微分方程通过变换g。(对+g，(劝y二l厂:，可以化为第一类月艾l微分方一程. 可以在复数域中详细研究第一类和第二类泌七纽微分方程及其推广 少’二公(x)y’，厂艺gj(x洲=艺厂(x)y’ 古二OJ=01=0(例如，见【31)·
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参考词条