1) mooring evaluation function
系泊评价函数
1.
The forces of large ships in mooring were analyzed,the mooring forces of environment,lines and fenders were calculated,and the mooring evaluation function was established.
根据系泊船舶的受力分析,建立了船舶系泊评价函数,利用模矢搜索法优化求解了船舶系泊评价函数,为船舶系泊安全评价提供了理论依据。
2) merit function
评价函数
1.
After introducing the suitable merit function,a broad angular broadband W/B_4C multilayer film has been designed successfully by using genetic algorithm.
引入适当的评价函数,利用具有全局寻优特性且效率较高的遗传算法,在波长0。
2.
And it can decrease the value of the merit function by inserting new thin layer.
它通过在膜系中插入薄层,使得膜系评价函数降低,且优化设计可以从任意给定的单层膜开始。
3.
The method is a very fast and stable refinement technique that makes for the nearest merit function minimum, and it is particularly suitable for the adjustment of an already useful design.
详细介绍了非线性单纯形方法的算法思想,非线性单纯形方法是一种能够快速、稳定地寻找到评价函数最小值的优化算法,特别适合于对已有的设计进行调整。
3) evaluation function
评价函数
1.
Design and Realization of Automatic Creation System for Test Paper based on Dynamic Evaluation Function;
基于动态评价函数的试卷自动生成系统的设计与实现
2.
Threshold detection and image segmentation basedon histogram evaluation function;
基于直方图评价函数的阈值检测与图象分割
3.
An autofocus algorithm based on high-pass filtering evaluation function
一种基于高通滤波评价函数的自动对焦方法
4) evaluating function
评价函数
1.
Several extrema may be produced in evaluating function curves,as image noise is caused by interferences in image gathering,quantifying and transmission processes.
将数字图像作为处理对象的自动聚焦系统中,由于图像采样、量化及传输过程中各种干扰引起的图像噪音,导致评价函数曲线可能存在多个极值。
2.
To overcome the difficulty of generating larger dithering pattern based on evaluating function, we proposed the strategy of partitioning the initial pattern, and progressively enlarging the dithering pattern.
针对利用评价函数生成较大抖动模式比较困难的问题 ,提出了划分初始模式的方法 ,并渐进生成较大抖动模式 ;针对模式抖动中出现的边界赝象 ,引入填充曲线机制加以消除 。
3.
One of the key technology for outdoor mobile robot is the optimal control of the high speed wheeled mobile robot, This article deals with the evaluating functions and methods of their solutions in detail, started by analyzing dynamics models of vehicle and typical modes of roads.
本文从分析车体动力学模型和典型道路模式入手,仿真讨论了最优控制的评价函数及其求解方法。
5) cost function
评价函数
1.
So a genetic algorithm(GA) optimization technique is applied to multilevel inverter to determine optimum switching angles for cascaded multilevel inverters for minimizing some predominant lower order harmonics via a cost function while maintaining the required fundamental voltage.
最优化阶梯波是多电平逆变器常用的控制策略,其核心就是求解一组非线性方程组,但因不能得到解析解,而用迭代法获得数值解的难度仍然很大,故提出了应用遗传算法来进行求解的思想,通过评价函数来最小化主要的低次谐波,然后编写了相应的MATLAB程序,求解了在评价函数<0。
2.
In this paper,we reconstruct a cost function based on second order statistics.
多通道的盲均衡在语音分离、去混响、通信、信号处理和控制等领域具有广泛的应用,本文基于二阶统计量在频域重新构造评价函数,为避免得到平凡解在评价函数中额外引入了一项不可简约多项式的描述。
3.
The algorithm could construct and use different cost functions for the circuit modules with and without fast carry chain.
该算法对含有快速进位链和不含快速进位链的电模块分别构造和调用不同的评价函数。
6) score function
评价函数
1.
The paper researched the score function of K2 Algorithm for constructing the Bayesian Networks in the distributed settings,and improved the score function based on the two-party computation of the cryptographic preliminaries.
研究了分布式环境下构造贝叶斯网络结构的K2算法的评价函数,并且以密码学中的两方安全计算为基础对该函数进行改进。
2.
As a result,an explicit ICA algorithm with flexible score functions to various marginal densities was obtained.
简要介绍独立成分分析(ICA)及其模型,然后在极大似然估计的框架下,基于两类参数模型—Gaussian混合密度模型和Pearson系统模型,研究了具有对称分布(包括超高斯分布与亚高斯分布)和非对称分布源混合信号的盲分离问题,给出了一种有效的基于灵活评价函数的ICA新算法,该算法在一定意义上实现了对源信号概率分布的真正全“盲”。
补充资料:Haar函数系
Haar函数系
Haar system
1如ar函数系【H如r写劝比1;Xaapae,TeMal 经典的规范正交函数系之一此函数系的H斑址函数(H困双丘川C由份)x。在区间[0,l]上定义如下: X.(t)三l,‘任10,l};如果”=2爪+k,k“l,…,2用,m=0,1,…,那么 f__,_fZ、一22、一z飞 }丫2‘对“!飞称开,飞户于卜 },—_._1 Zk一1 Zkl 义。(t)=心习2,对t‘}只认于,育蔽r}, ^n、’,Iv‘一切一1 2.十”Zm十‘l’ }_,二Ik一1 kl 10坷t节l一育奋一,.万茄I· l”“一’L“”2’J’在不连续内点Haar函数的值是它的左、右极限值之和之半,而在【0,l]端点的值是它内部值的极限. 系{乙}由A.Haar在[ll中定义.它在区间冈,11上是正交的.在【O,l]上任意连续函数关于此系的Four-衍级数一致收敛于该连续函数.此外,如果。(。,f)是f在【O,l]上的连续模,那么f的Fou刀屺r一H玉江级数的”阶部分和凡汀)满足不等式二、,(!卜、(!,,)!“2。〔青,小一‘,2,·… H斑汀函数系是L,【0,l](1提p<的)空间的一个基·如果fe乌[0,l]且味(“,f)是依气[0,l]中度量的f的连续积分模,那么(见〔3]) 。f--:。f)}}:.10‘1,、24。.「工,、1,。一1,:,.… rLn一」当1
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