我们的结果可以被直接用来构造兴趣参数的置信域。
Our results can be used to construct the confidence intervals for the parameters of interest.
本文从几何观点研究了指数型回归模型参数和子集参数的置信域问题。
This paper studies approximate confidence regions for the parameter and parameter subsets in exponential type regression models from geometric point of view.
结果给出了多项分布某个或某些参数的置信域与其他参数之间的量化关系。
Results Give out the quantitative relationship between a parameters or some parameters confidence region and other parameters.
从置信区间本质意义出发，得到了对数正态总体参数的联合置信域以及置信域的面积公式。
Based on the definition of the confidence interval, we obtained the combination confidence region of the Lognormal population and the area formula of the combination confidence region.
用置信域容积最小作为实验设计的原则，给出了两个最佳实验点的位置，为实验时间的长短给出了具体的优算方法。
In this paper, two optimal experiment points and optimized calculation method for experiment time are provided on the base of the principle of confidence field capacity minimality.
对于任何一种方式，收集WebLogic服务器配置信息的最有效方法就是检查weblogic域配置文件config . xml和WebLogic启动脚本。
Either way, the most efficient way to gather the WebLogic server configuration information is to inspect the WebLogic domain configuration file, config.xml, and the WebLogic startup script.
通过目的节点的位置信息，L -ZRP能够确定一个包转发域，以此来限制包转发的范围。
Through the location information of the destination node, L-ZRP could determine the packet forwarding domain so that it could limit the scope of the packet forwarding.
通过定义灰差、属性权重映射和灰置信水平等概念，提出假设检验多传感器时间序列相容性的灰否定域。
And grey rejection region of hypothesis testing for compatibility of time series of multi-sensor through definition of concepts, grey difference, attribute weight mapping and grey confidence level.
在以服务为核心的网格计算体系结构中，为了实现信任域之间安全任务调度，服务和用户被赋予信任度标签，利用置信度策略成为解决网格计算资源调度安全的一种手段。
In order to achieve the safe task schedule, the application strategy of confidence-degree endowed by service and user is a way to study in service-centered grid-computing architecture.
在以服务为核心的网格计算体系结构中，为了实现信任域之间安全任务调度，服务和用户被赋予信任度标签，利用置信度策略成为解决网格计算资源调度安全的一种手段。
In order to achieve the safe task schedule, the application strategy of confidence-degree endowed by service and user is a way to study in service-centered grid-computing architecture.
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