定位称为“BrBCachRule”的缺省规则。
MDRBR算法通过规则支持度进行约束，可有效提高缺省规则的挖掘效率。
MDRBR algorithm improves efficiency of existing algorithms for mining default rules with support measure constraint.
在缺省规则中，单击任意一个不是显示为黑色的单词，将会打开一个向导，如图10所示。
In the default rule, click on any of the words which are displayed in some color other than black, and a wizard opens, as shown in Figure 10.
从不一致决策表中快速而有效地挖掘出缺省规则是决策规则挖掘研究的一个热点。
How to speedily and effectively mine default rules is a key focus from inconsistent decision table.
提出了一种基于粗集的缺省规则挖掘模型，以利于在信息不完备情况下进行推理和决策。
A rough set model to mine default rules was presented in order to reason and solve the decision question with incomplete information.
针对不一致数据库，定义属性权重及缺省规则加权支持度概念，在此基础上给出一种缺省规则挖掘算法。
The attribute weight and weighted support of default regular are defined by using the conditional entropy and a mining algorithm of default regulars are given for inconsistent database.
MDRBR算法采用单一的规则支持度阈值进行缺省规则的挖掘，这不利于有效地挖掘出用户感兴趣的缺省规则。
MDRBR algorithm USES uniform minimum support threshold for mining default decision rules, the method can not effectively mine the interesting default decision rules to users.
这个空样式表使用了所有缺省模板规则，其作用是将所有标记从XML文件中剥离。
The null style sheet USES all default template rules, with the effect of stripping all markup from any XML file.
这个空样式表使用了所有缺省模板规则，其作用是将所有标记从XML文件中剥离。
The null style sheet uses all default template rules, with the effect of stripping all markup from any XML file.
缺省情况下，规则是针对整个领域设置的。
与规则组一样，选择器拥有日期范围条目、选择条件和缺省目标。
Like a rule group, a selector has date range entries, selection criteria, and a default destination.
XM使用与这相同的规则，应用它自己的缺省样式表，而不考虑备用样式表。
XM uses the same rules and applies its own default style sheet instead of considering alternate style sheets.
其中描述了授权角色及其继承规则和缺省值，如何定义授权规则以及如何解析授权规则以执行基于实例的授权。
It described the authorization roles with their inheritance rules and defaults, how you can define authorization rules, and how they are resolved in order to perform instance-based authorization.
业务流程编排提供了一组缺省的人员谓词，可以将其用于标准的授权规则。
Business Process Choreographer provides a default set of staff verbs that can be used for standard authorization rules.
缺省情况下，领域中的所有主体都受制于该节下指定的规则。
All the principals in the realm are by default governed by the rules specified under this stanza.
因为.k5login文件覆盖了缺省的授权规则，所以root 用户还需要在其中放置自己的主体，否则它将无法使用主体进行登录。
Since the .k5login file overrides the default authorization rule, root also needs to place its own principal in there, or it will not be able to log in using the principal.
每个链都可以有一个策略，它定义“缺省目标”，也就是要执行的缺省操作，当信息包与链中的任何规则都不匹配时，执行此操作。
Each chain can have a policy that defines "a default target", i.e. a default action to perform, if a packet doesn't match any rule in that chain.
在对授权规则建模时，如果缺省人员谓词集无法满足需要，您可以修改现有的谓词或向谓词集添加新谓词。
If the set of default staff verbs does not satisfy your needs when modeling authorization rules, you can modify existing verbs or add new ones to the verb set.
在缺省情况下，该规则包括所有文件，如清单1中所示。
By default, the rule includes all files, as shown in Listing 1.
本文首先介绍编程模型，然后讨论如何为人工任务建模授权规则，应用哪些缺省值，以及如何继承授权。
The programming model is introduced first, followed by a discussion on how you can model authorization rules for human tasks, what defaults apply, and how authorization is inherited.
规则的配置指示了适用什么样的严格条件，尽管其配置了一组良好的普遍适用的缺省值。
The configuration of the rule dictates how strict conditions are applied, though it is configured with a good set of defaults that should be universally applicable.
上面规则意思是：匹配一个内核命名为hdb以及驱动为ide-disk的设备，命名设备节点为缺省名字,同时创建一个指向它的名为sparedisk的符号链接。
The above rule says: match a device which was named by the kernel as hdb AND where the driver is ide-disk. Name the device node with the default name and create a symbolic link to it named sparedisk.
第一条规则确保鼠标设备节点一定出现在/dev/input目录下(缺省是在/dev/mice下面)。
The first rule ensures that the mice device node appears exclusively in the /dev/input directory (by default it would be at /dev/mice).
在CSimpleBinaryTree 中有两个搜索算法.线性搜索和对半搜索.线性搜索只在树种子项数目小于指定值的时候才使用 (缺省为10),从这个点以后的各项，将使用对半搜索.这样做的原因是线性查找不要求元素进行排序并且它的运算规则相对要简单的多.因此对于小数目项来说，线性查找是理想的.
The reason for this is that a linear search doesn't require the elements to be sorted and its algorithm is a lot less complicated. So for a small number of items a linear search is ideal.
这些新兴的应用所使用的端口号是不规则的，许多业务流使用一个大于1024的临时端口号作为缺省端口。
These new applications use irregular port Numbers, and many of the new businesses traffic use a temporary port number which is greater than 1024 as the default port.
这些新兴的应用所使用的端口号是不规则的，许多业务流使用一个大于1024的临时端口号作为缺省端口。
These new applications use irregular port Numbers, and many of the new businesses traffic use a temporary port number which is greater than 1024 as the default port.
应用推荐