参数化

Constructors have optional extra parameters for the initial minimum number of buckets, a hash function and an equality object.

构造函数有可选的额外参数，用于初始化最小的桶数量、散列函数和等同性函数对象。

Then we design a good modularized program. For the flow on variant stream surface, we only need to input the corresponding parameters and functions.

此后编制了模块化结构较好的程序，对于不同流面上的流动问题只需输入流面上的有关参数以及相应的函数即可进行计算，因此程序具有较强的通用性和实用性。

The article introduced method of flexible parameter setting, in PLC of SIEMENS SIMATIC S7, by HMI Software WINCC, as with running monition on CRT of upper computer.

本文介绍了在SIEMENS SIMATIC S7的可编程控制器中，通过HMI软件WINCC，在上位机的画面上进行运行监控的同时，完成柔性化参数设定的方法。

The reconstruction problem is ill-posed, so two optimal criterions, the least module and the smoothness criterion base on Tikhonov regularization technique, are introduced into reconstruction algorithm. Many regularization parameters choice strategies are investigated, and the TPA(Two—Parameter Algorithm) strategy which is based on the Morozov discrepancy principles, is implemented in two regularization reconstruction algorithms.Numerical experiment results show that the nonnegative and smoothness constraint condition can overcome the difficulty of iteration semiconvergent, preconditioned technique can improve convergence rate and reconstruction accuracy, smoothness regularization criterion can meliorate ill-posed problem of reconstruction and enhance iteration stability, and the TPA is an effective strategy of regularization parameters choice.

数值试验表明：在共轭梯度法中引入非负约束和光滑约束改善了迭代的"半收敛"性，非负约束保证了解的非负性，光滑约束抑制了重建解的振荡现象，约束算法的重建精度与无约束算法相比大幅度提高；在约束共轭梯度重建算法中引入预优技术，可以加快算法的收敛速度，提高迭代的稳定性和重建精度；引入光滑准则的正则化技术可以有效改善图像重建问题的不适定性，加快迭代的收敛速度，提高迭代的稳定性和图像重建质量，计算正则参数的TPA算法在闪光照相图像重建中是有效的。

Its filter characteristics, parameter design method, multigroup technology and control strategy are studied.

文中研究了这种混合滤波器的滤波特性、参数设计方法、多重化设计思想与控制方法。

As far as the processing of very large volume data in series and nonrigid image registration applications is concerned, the global optimization method and multi-resolution analysis based registration scheme are also discussesed.

本文以医学图像配准研究为背景，对刚体图像、序列刚体图像和非刚体图像的配准方法进行了研究，并针对序列图像以及非刚体图像配准需要处理的数据量大的问题，着重研究了全局化的参数寻优方法以及多分辨率分析的配准策略。

The effects of normalization on the accuracy of classification and parameter optimization are discussed.

讨论了特征归一化对分类准确率和分类器参数的影响。

Several key issues related to damage identification of structural health monitoring are expounded. A method for damage positioning, which is on the basis of the normalized change ratio of frequency, is developed. Then, a set of damage identification techniques based on modal parameter and neural network is put forward.

阐述结构健康监测中损伤识别的关键问题，介绍基于正则化的频率变化率的损伤定位方法，提出一套基于模态参数和神经网络的损伤识别技术。

In this study, in order to optimise the device performance and quality, we will discuss in details the main factors.

在这篇研究里，为了最佳化元件效率和品质，我们将详细讨论主要的参数。

Starting from a barotropic model equations including large-scale orography,friction and heat factor,by means of scale analysis and small parameter method,then a barotropic quasi-geostrophic model with large-scale orography,friction and heating is obtained.

从包含大地形、摩擦及加热作用的正压模式方程组出发，通过尺度分析、小参数展开和线性化等方法，导出一个含大地形、摩擦及加热作用的准地转正压模式。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。