1) random screening
随机加网
1.
As an important technology of RIP,quality of computer screening algorithm has a direct effect on reproduction result,an approach to improvement of reproduction result and algorithm is explored through discussing and experimenting on computer random screening,FM screening and hybrid screening.
作为ＲＩＰ中的一项重要技术，计算机加网算法的好坏直接影响着印刷复制质量，通过对计算机随机加网、调幅加网及混合加网算法的讨论及实验，探索了为提高复制质量改进算法的途
2) random-noise-weighting network
随机噪声加权网络
3) random loading
随机加载
1.
Effect of the high-load rate RHLand high load occurrenee in random loading and the periodic single peak overloading on FCG isexamined,The results show that the effect of high loads in random loading on FCG is not as great asthat in a single peak overload within constant-amplitude loading.
实验表明：随机加载条件下，高荷载对裂纹扩展的影响远没有单峰过载加载时大；高载比和高载出现频率是影响裂纹扩展的重要因素；在实验随机加载条件下，只有当高截比大于２。
4) random weighting
随机加权
1.
Application of Bayesian method based on random weighting in reliability parameter estimation;
基于随机加权的Bayes方法在可靠性参数估计中的应用
2.
The SPOT method for reliability verification under two parameter weibull distribution is discussed,whereas there is little history data,random weighting simulation is used to estimate the figure parameter of Weibull distribution and the prior test parameter.
研究了二参数Weibull分布下可靠性指标验证的SPOT方法,鉴于少量的历史数据,采用随机加权法对Weibull分布的形状参数和待检验指标的验前超参数进行估计,为Weibull分布的SPOT验证提供了参数值。
3.
Using the random weighting method, its approximating distribution which is more precise than normal approximation is obtained.
研究了一类有渐近展开分布的逼近问题，应用随机加权法给出了比正态逼近精度更高的模拟分布。
5) random weight
随机加权
1.
Mean ergodic theorems for square sequence with random weights;
随机加权平方序列的平均遍历定理
6) whighted random
加权随机
补充资料：随机数和伪随机数
随机数和伪随机数
random and pseudo-randan numbers
随机数和伪随机数【喇间佣1 al川牌”山一喇闭..m.山娜;cJI了，a如曰e”nce，口oc月卿成.以叹“c月a】 数亡。(特别，二进制数:。)，其顺序出现，满足某种统计正则性(见概率论(probability Uleory)).人们是这样区别随机数(mndomn切mbe比)和伪随机数(PSeudo一mn由mn切mbe岛)的，前者由随机的装置来生成，而后者是用算术算法构造的.总是假设(出于较好或较差的理由)所得(或所构造)的序列具有频率性质，这些性质对于具有分布函数F(z)的某随机变量心独立实现的一个序列来说是“典型的”;因此人们称作根据规律F(习分布的(独立的)随机数.最经常使用的例子为:在区间【O，l]上均匀分布的随机数亡。，尸(亡。
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