sampling window中文是什么意思

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中文翻译
造句

抽样窗口

sampling n. 1.取样(品)，取标(本)〔指行动或程序〕。 2. ...
window n. 1.窗；窗口，窗户；窗扉，窗框；窗玻璃；(商店的) ...
sampling n. 1.取样(品)，取标(本)〔指行动或程序〕。 2.样品，标本。 3. 剽窃拼凑歌曲。
a window 一扇窗
by the window 在窗边
s window 天使之窗
the window 窗外的风景
window n. 1.窗；窗口，窗户；窗扉，窗框；窗玻璃；(商店的)橱窗；【计算机】窗口〔电脑视频显示器屏幕上的视见区〕。 2.【无线电】(反雷达)金属干扰带；偶极子干扰；反射干扰；触发脉冲。 3.【宇宙空间技术】(火箭等的)最佳发射时限 (＝ launch window)。 4.大气窗〔电磁波谱的一区，其辐射不被地球大气层吸收而能抵达地球〕；(飞船返航时的)大气层边缘通过区。 5. 〔pl.〕〔美俚〕眼镜。 a French window (通阳台的)双扇落地玻璃门。 a blank [blind, dead, false] window 假窗。 The eyes are the windows of the mind. 眼睛是心灵的窗子。 come in by the window 越窗潜入。 have all one's goods in the window 肤浅，内容空虚。 in the window (广告等)贴在窗口；(商品等)摆在橱窗里。 look out (of) the window 从窗里看外面。 throw the house out at (the) window 使陷入大混乱。 window of tube 荧光屏。 vt. 1. 在…安窗子；开窗孔于。 2. 【计算机】把(数据)置入窗口；把(电脑显示器屏幕)分隔成几个窗口。
child window, sub-window 子窗口
launch window ; firing window 最有利发射时机
multi-window,multi window 多窗口
sit at the window window 坐在窗口
window form window shape 窗形
acceptance sampling 抽样验收; 接收抽样; 认可选样; 选样认可; 验收抽样; 验收取样
accessibility sampling 可达性抽样
accidental sampling 随意抽样
accumulative sampling 聚集采样; 聚集取样; 累积采样
activity sampling 动作抽样法; 工作的抽样检验; 活动抽样; 业务抽查
adaptive sampling 自适应采样最适取样; 自适应抽样
additional sampling 补充采样
adenophora sampling 简单取样
advantage of sampling 抽样的优点
aerial sampling 空中采样
aerosol sampling 气溶胶取样
aersol sampling 气溶胶取样

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例句与用法

The sample window will be the typical
示例窗口采用的是典型的
In the sample window , choose open resource file from the
在示例窗口中，从“文件”菜单中选择“打开资源文件” 。
After the samples windows installer has been installed , extract the samples
示例windows安装程序安装完毕后，即可提取这些示例。
Sample windows forms application written in visual basic that includes a variety of reports that use data from web server log files
用visual basic编写的windows窗体应用程序示例，包含多种使用web服务器日志文件中的数据的报表。
Sample windows forms application written in visual c that retrieves live data from an rss news reader and displays it in a simple report
用visual c #编写的windows窗体应用程序示例，可以从rss新闻阅读器检索实时数据，并以一个简单报表的形式来显示这些数据。
Through theoretical analysis and experimental simulation , the author obtained the value of collusion coefficient under common situation or heave load , and the size of the sample window
通过理论分析和实验仿真，确定了在一般情况及重负载下的冲突系数的取值，以及样本窗口值的大小。
In the meantime , asm also has a high level of matching speed compared with the template - matching method . in order to improve the generality of this model , a new " two - dimensional sampling windows " method , in which the searching space is extended from the one - dimensional area to the two - dimensional area , is proposed in this paper
为了提高asm方法的通用性，本文采用了一种新的“二维采样窗”的改进方法，该方法将原有的一维搜索空间扩展到二维空间，提高了定位方法的抗干扰性。
In this paper , a method assessing harmonic impedance by synchronously layered distortion waves is proposed , which is based on the " fluctuations method " - a simple and effective means . however the method is based on the fourier transform , which can just precisely analyze the signals whose cycle is integer times as broad as that of fundamental wave . with sampling windows widening , the variations of distorted signals in a fundamental period are weakened
本文是以一种被广泛采用的非干预式谐波阻抗估计方法? ? “波动量”法，的基础上，针对现有方法以直接的fourier变换为分析工具，只能对基波周期的整数倍窗口采样信号进行分析，畸变信号在一个基波周期内的变化随采样窗口增大而被弱化，并且，谐波次数越高，分辨率就越低，大大限制了谐波阻抗估计的准确性的提高。
An significant symbol has been used to determine the technique of 3 - d discontinuities network modeling of rock mass is good or not , which is to check whether the model can reappear the reality situation of rock mass or not , in order to make the 3 - d network model to meet the need of the actual rock engineering , the methods to verify the result of the modeling are required , one of the method to be used is to compare the figures between the section of the numerical model and the sampling window of in - situ model , the second method to be used is verify the data set between the numerical model and field data , only if the verification obtained a good precision , then the model can be considered as a efficiency model , and it can be applied into the actual rock engineering
摘要岩体随机不连续面三维网络模拟技术成熟与否的一个重要标志就是最终的网络模型是否能够较真实地再现岩体的实际情况，为了使三维网络模型的结果能够真正地应用于实际工程，就必须对模拟的结果进行必要的检验，检验的办法就是将模拟出的模型剖面图形与原型测量窗口的图形进行图形对比，或者将原型的观测数据与模型的测试数据进行数据对比，当这种检验达到精度时，模拟出的模型为有效模型，可以投入工程实际应用。