用随机数据替换该文件的某些部分。
可以用任意多种方式改变该随机数据。
使用随机数据生成。
提供文本加密和随机数据文件创建了。
然后从这种随机数据流中获得扩频序列。
Itemploys random spreading sequences that are extracted from the information data.
用仪器测得的使信号变模糊的随机数据。
Random data that obscure the signal from a measuring device.
这些不是随机数据，因此我们必须非常谨慎。
These are not randomized data and we have to be very careful.
发现在随机数据模式的一个实用的方法是什么？
常见的机率分布：此概要包括许多为随机数据建模所用的分布。
Common probability distributions: a compendium which covers Numbers of useful distributions for modeling of random data.
在无线通信中，发送装置需要连续提供用于加密处理的随机数据。
In wireless communications, transmission devices require continuous supplies of random data for encryption processes.
阐述了用随机数据点拟合出平滑的数据序列的随机激励信号生成方法。
The method to generate a stochastic excitation signal by curve fitting with random digitals is proposed.
预览数据生成计划时，可以查看在运行计划时生成的随机数据的示例。
When you preview a data generation plan, you can see a sample of the random data that is generated when you run the plan.
不管用什么方式进行分割，关键是将大量随机数据放入应用程序并观察出故障的是什么。
Any way you slice it, the key is to throw a lot of random data at an application and see what fails.
动态失速风洞实验是一种非定常实验，其测量所得数据属于随机数据范畴。
The dynamic stall experiment is an unsteady aerodynamic test, whose experimental data are random.
然而，该方法的好处是其提供了无限的随机数据，并且不需要在服务器上运行额外的软件。
The benefits of this approach, however, are that it provides unlimited random data and requires no additional software to be run on the server.
文摘：动态失速风洞实验是一种非定常实验，其测量所得数据属于随机数据范畴。
Abstract: The dynamic stall experiment is an unsteady aerodynamic test, whose experimental data are random.
随机数据包标记（PPM）是对拒绝服务攻击进行IP回溯的一种实用而有效的方法。
Probabilistic packet marking (PPM) is a practical and effective method for IP traceback of denial-of-service(DoS) attack.
将GM(1,1)模型与随机数据的累加生成相结合，对未来异常降水发生时刻作预测。
It is shown that by combining GM (1, 1) with the addition generation of random Numbers, can be employed to predicts the time of forthcoming abnormal seasonal precipitation.
本文分析了随机数据分布的识别方法，并提出了基于神经网络的随机数据分布的识别方法。
In this paper, the approaches for recognizing distribution of random data are discussed, and a new approach based on neural network is presented.
一定要用合法的xml字符替换数据，而不要用随机字节，因为即使一百字节的随机数据也一定是畸形的。
Be careful to replace data with legal XML characters rather than random bytes, because even a hundred bytes of random data is almost certain to be malformed.
例如，对于典型的8KB或16 KB的页面，页内处理天性是连续的，CPU效率低于随机数据访问。
For example, with typical page sizes of 8 KB or 16 KB, in-page processing is inherently sequential and less CPU-efficient than random data access.
通过建立数据表可以对输入数据(随机的，非随机)进行评估。随机数据的输入，输入任意数即可。
Build a spreadsheet that will calculate the performance measure (e. g., profit) in terms of the inputs (random or not). For random inputs, just enter any number.
然后给出30组以圆形为均值的随机数据，并以此为例对不规则边界洞室及夹塞区进行了一些初步研究。
Then, we gives 30 sets of random data whose average shape is circularity. Some pilot studies of arbitrary shape cavity and inclusion are done according to the data.
“salt”由一些随机数据位组成，用于和密码同时输入hash函数，而从以下两个主要方面缓解风险
A "salt" consists of random bits used as an input to the hash function in conjunction with the password, and mitigates the risk in two major ways
模拟的200个随机数据集分别建模所得广义调整R 2无大于等于实际数据集所得广义调整r 2值。
The generalized adjusted R2 of 200 simulated data sets models all are less than that of the actual data models.
通过实验设计，用大量随机数据进行了模拟和统计分析。结果表明，最小偏差算法是一种合理的、实用的、有效的算法。
Numerous simulation experiments and statistical analyses show that he minimum deviation algorithm is a reasonable, effective and applicable algorithm.
这些还是观察性数据，不是随机分析的部分，但我们正在小心地对此进行深入观察，直至我们获得更多正确的随机数据。
These are again observational data and not part of the randomized analysis, but we are carefully taking a closer look at this until we get more properly randomized data.
在Domino表单或web页面中，可以使用选择列表来控制此类输入，这样用户就无法向受限制的字段中添加随机数据类。
On a Domino form or a Web page, we can control this sort of input using a selection list, so that users cannot add arbitrary data to a restricted field.
分析了在相同数据和随机数据扩频调制条件下接收信号信噪比估计的计算方法，并对于有频差情况下的计算方法进行了说明。
The two cases of pilot modulated data and random modulated data were theoretically analyzed, and the calculating method was also presented when the frequency offset existed.
整个设计通过了海量数据输入测试，并对各种指令的操作数、边界情况和各种随机数据组合进行了充分模拟，代码覆盖率为100%。
The whole design has succeeded in the test of large data input, operation in each instruction, border condition and every random data vector. The code coverage has reached the percentage of 100%.
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