1) aperiodic model of deconvolution
非周期反卷积模型
1.
To improve the convergence speed of the maximum entropy based image restoration algorithm,we firstly present the aperiodic model of deconvolution,and then a fuzzy inference system is introduced to determine the iterative step size online.
为了提高最大熵图像恢复算法的收敛速度,首先给出了算法的非周期反卷积模型,然后采用模糊推理系统在线确定算法的迭代步长。
2) Aperiodic deconvolution
非周期卷积反演
4) periodic convolution class
周期卷积类
1.
Furthermore,the periodic convolution class M1(G) with a kernel which is the periodization of a PF density is considered.
在此基础上,研究了以PF密度的周期化函数为核的周期卷积类M1(G)在L1尺度下的相对宽度,通过一个极限过程,得到了Kn(M1(G),M1(G),L1)的渐进估计。
5) Wave period retrieval model
周期反演模型
6) periods-model
周期模型
1.
Aiming at this problem and based on the true data of a certain company,the time series prediction by periods-model and case-based nearest neighbor algorithm was proposed,then their results are compared.
针对这个问题,以某电信公司一年的实际话务数据为基础,分别采用周期模型和基于实例的近邻算法进行话务量时间序列预测,并对比分析了两种预测方法的效果。
补充资料：非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条