A note on differentiation for functions of several variables 多元函数微分法的一点注记
The value distribution for differential polynomials fkq f in meromorphic function f 亚纯函数微分多项式的值分布
After a minimal primer on functional differentiation , we obtain the general form of the regularized solution as a weighted sum of kernel functions centered at the data points 我们会利用这理论来获得正规化解法的一般形式,例如,如何于泛函数微分之后取得数据中核心函式的加权和。
函数: function微分: differential隐函数微分法: differentiation of implicit function多元函数微分学: multivariable differential calculus函数微分方程理论: theory of functional differential equations一元函数微分学: single variable differential calculus参数微分法: method of parametric differentiation; parametric differentiation分数微分: fractional differentiation代数微分方程: algebraic differential equation多方指数微分方程: polytropic differential equation反差系数微分值: point gamma线性代数微分方程: linear algebra & differential equation偏差自变数微分方程: differential equation with deviating argument线性常系数微分方程: linear constant-coefficient differential equations函数的微分: differential of function可微分函数: differentiable function微分函数: differentiation function不可微分函数: non-differential function函数的微分法: differentiation of a function微分分布函数: ddf differential distribution function微分能量函数: differential energy function微分数量函数: differential nuber distribution function; differential number distribution function一类含小参数微分方程鸭解的存在性: existence of duck solutions of a kind of differential equations with small parameter分段连续微分函数: piecewise continuous differentiable function连续可微分函数: continuously differentiable function