On the basis of data from measurement, this paper makes quantitative evaluation of indoor environment of four rooms based on Analytic Hierarchy Process (AHP) with multi-factor system.
在实测数据的基础上，采用多层指标体系AHP对四幢大楼的室内环境进行定量评价。
The only way to arrive at a different answer from everybody else is to organize the data in different ways, or bring to the analytic process things that are not typically present.
唯一能达到与其它人不同答案的方式就是用不同的方法来组织数据，或者运用不是很流行的分析分析程序。
Then it also makes use of Analytic Hierarchy Process and EXCEL tools in the analysis of these data, the weight of each index is calculated. So we can make a chart of it.
然后，运用层次分析法和EXCEL工具对数据进行整理分析，得出房地产多项目九大冲突因素的冲突度权重和排序，并绘制成图表；
Using the electronic forms to draw pictures and process the test data, especially combining the value analytic method with the cartography, it may provide more accurate test result.
同时利用电子表格绘图并处理试验数据，特别是用数值分析法与绘图相组合，可以提供较为准确的试验结果。
These factors' weight are determined by using analytic hierarchy process, and their values are obtained by analysis of monitoring data and related information of investigation.
利用层次分析法确定各因素的权重，通过实际监测数据分析和相关的调查资料得出各因素的取值。
On the basis of uniform data model, the sub-machining process planning ofpart is auto-created by means of analytic hierarchy, The step decision methods basedon AHP is put forward.
在统一数据模型的基础上，从特征层和零件层分层规划，实现了零件加工子工艺的自动创成；提出基于AHP的工步排序决策方法。
Raw data was collected to carry out the standardized treatment; analytic hierarchy process was also used to obtain the competitiveness of regional sports each index and the subsystem weight.
采集各指标原始数据，对其进行规范化、标准化处理，利用层次分析法，求得区域体育竞争力的各指标及各子系统的权重。
Illustrating the data mining theory and analytic hierarchy process and their applying in electricity customer relationship management.
阐述了电力客户关系管理中的数据挖掘理论及其应用、电力客户关系管理中的层次分析方法。
The analytic function of GIS was used to inter - process the mining disaster data base and formed three sub - systems. This thesis also analyzed the three sub - systems.
利用G IS特有的分析功能，对矿区灾害数据库进行交互操作，形成了三个子系统，并对它们进行了分析。
The analytic function of GIS was used to inter - process the mining disaster data base and formed three sub - systems. This thesis also analyzed the three sub - systems.
利用G IS特有的分析功能，对矿区灾害数据库进行交互操作，形成了三个子系统，并对它们进行了分析。
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