- 直线性过程
- linear: adj. 1.线的，直线的。 2.长度的。 3.【数学】 ...
- process: vi. 〔口语〕排队走，列队行进 〔procession ...
- linear control process: 线性控制过程
- non-gaussian linear process: 非高斯线性过程
- be linear with: 与...成线性关系
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linear process中文什么意思
- 直线性过程
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例句与用法
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- So the motion of ship is a coupling , non - linear process with large disturbance . the paper designs a rudder / fin joint control system based on the non - linear motion model of ship , which has nice performance on attenuating the rolling as well as controlling the direction of the ship
可见船舶的运动本质上是耦合非线性、大干扰的过程，本文基于船舶的非线性运动模型进行舵鳍联合控制系统的设计，在控制航向的同时，达到较高的减摇效果。 - This paper consists of two parts : in the first part , we will discuss the prob - lem of the pth - mean , complete consistency for the estimators of a nonparamet - ric and linear model with l ~ p - mixingale errors ; in the second part , we will dis - cuss the problem of the rth - mean 、 complete consistency for the estimators of themodels above with weak stationary linear process errors and the uniformly mean consistency . to the nonparametric model y _ ni = g ( x _ ni ) + _ ni , 1 i n , let g _ n ( x ) = w _ ni ( x , w _ n1 , … ? xnn ) y _ ni estimate the unknown function g ( x ) . to the linear model y _ i - x _ i1 1 + … ? + x _ iq ? _ q , we use lse _ nj to estimate the unknown parametric _ j
本篇论文主要是由两大部分内容构成：一是关于误差是l ~ p ?混合序列的线性回归模型参数的最小二乘估计与非参数回归模型未知函数的权函数估计的p ~ -阶平均相合性和完全收敛性问题；另一部分是关于误差是弱平稳线性过程的线性模型参数的最小二乘估计与非参数回归模型未知函数的权函数估计的r ?阶平均相合性和完全收敛性以及权函数估计的一致平均相合性问题。 - This paper aims at evaluating complex systems with the non - linear process , and several innovations are obtained , such as theoretical basis and technological methods , which are helpful to understand the evaluation of complex systems more deeply , develop the application fields about it . the outcomes are very important in promoting the continuous development , the improvement and the application effects of the theory
本文旨在从数学角度对复杂系统进行非线性评估，在其理论依据、技术方法等方面获得进展，从而进一步加深对复杂系统评估的认识，使复杂系统方法能更大范围地解决实际问题，这些研究对评估理论的发展、完善以及应用效果都将具有十分重要的意义。 - Even if numerous methods , but most of them are linear processing which have the side effect of bluring edges , so can not meet the case of detecting edges and suppressing noise . and the use of some nonlinear methods we have had are also limited for the lack of theoretical basis
在众多的算法中，基于频域分割原理的线性处理方法在去除噪声的同时会模糊图象的边缘，很难满足针对水声图象特点的“保边去噪”的要求；而一些非线性方法又缺乏统一的理论基础，使其在系统整体的应用中受到限制。