动态交叉表和数据立方体特性。
当元素表示关系表中的一行或多维立方体中的一个单元时，源元素的定义就变得更加复杂。
The definition of a source element gets more complicated when the element represents a row in a relational table or a cell in a multidimensional cube.
动态交叉表及数据立方体(data cube)元素。
我们可以改变矩阵的“粒度”或细节水平，使得每一行代表与一个业务流程相关的单个事实表(或立方体)。
We can alter the matrix's "grain" or level of detail so that each row represents a single fact table (or cube) related to a business process.
根据完全计算数据立方和索引结构的特点，对基于基表的方案进行修改，演化出基于数据立方的一般型和层次预分组型两种优化方案。
According to the features of the completed computed cube and the index structure in the kernel system, two types of plans on the cube are put forward by modifying the plans on the base table.
阐述了系统的工作原理以及模糊控制规则表和控制查询表的建立方法。
The operational principle, and the establishing method of fuzzy control regulation table and control interrogation table are described.
在DLL中通过序数输出表引用索引的一种建立方式。
A build wherein the resulting DLL export table references indexes functions by ordinal.
然后给出了库存数据仓库中相关的维表、度量、事实表以及整个数据立方的设计。
The dimension, the measure, the fact table, the muhidimension data and the data cubes of the system are also discussed in the article.
提出了基于事物特性表的公差主模型的建立方法，分析了基于事物特性表的公差变型设计过程。
A method of generating tolerance master model based on SML was addressed, and a variant design process based on SML was proposed.
采用网络理论构造了平行流水作业的非连接图模型，提出了采用蚁群算法求解平行流水作业计划问题，以及求解过程中可行路径表的建立方法。
This concept is the integration of identical parallel machine scheduling with flow shop scheduling. The solution to IFSP is a non- polynomial computation of time problem.
采用网络理论构造了平行流水作业的非连接图模型，提出了采用蚁群算法求解平行流水作业计划问题，以及求解过程中可行路径表的建立方法。
This concept is the integration of identical parallel machine scheduling with flow shop scheduling. The solution to IFSP is a non- polynomial computation of time problem.
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