polynomial kernel

基本解釋

Then, experiments with the radial basic function and the polynomial kernel function are used to reveal the relationship between kernel functions and the filter algorithm.
接著分別針對(duì)徑向基核函數(shù)和多項(xiàng)式核函數(shù)進(jìn)行多次實(shí)驗(yàn)，分析這兩種核函數(shù)對(duì)過(guò)濾算法的影響。
Polynomial kernel function is applied to map face distribution of low dimension space to that of high dimension space, and decide which set that face to be recognized belongs to.
故本文運(yùn)用多項(xiàng)式核函數(shù)將人臉分布的低維空間映射到高維空間，并在此空間判別“待識(shí)別人臉”是否屬十某個(gè)人臉覆蓋集合。
In chapter two, using piecewise quartic polynomial as kernel function, we give analytical convolution solutions for points, line segments, arcs, quadratic Bezier curves and triangle segments.
在第二章中，我們采用截?cái)喽囗?xiàng)式函數(shù)為核函數(shù)，解析的給出點(diǎn)、直線段、圓弧、二次曲線和三角面片等骨架的勢(shì)函數(shù)。