决策网

并给出了基于推理算法的决策网的建立方法和步骤。

And give a new algorithm based on reasoning of the decision of the methods and procedures .

提出了信息港建设的六大基本骨干工程和系统配置，并以政府决策网为例，描述了其业务平台和系统总体结构。

Finally , an example of government decision network is quoted to describe its business pad and system structure .

通过决策网能得到采取什么样的措施能使涮辣种植的收益最大化。

Through Decisions taken by the network can get kind of measures to make for Shuan chilies maximize the benefit .

在扩展高级决策Petri网的基础上，提出了一种具有全局结构的扩展高级全局决策Petri网，对柔性制造系统进行建模的方法。

Based on the extended high level evaluation Petri Net ( EHLEP-N ), the extended high level global evaluation Petri Net ( EHLGEP-N ) with global structure is proposed to model FMS .

农村公路区域路网养护管理决策研究配电网10kV线路架设方案的合理选配

Study on Decision of Road-Net Pavement Maintenance Management System for Countryroad ; Rational Selection of Construction Scheme of 10 kV Distribution Line

基于模糊综合决策的配电网单相接地故障选线的研究

The Study on Fault Line Selection in Distribution Networks based on Fuzzy Principle

基于模糊多目标多人决策的配电网空间负荷预测

Spatial Load Forecasting of Distribution Network Based on Fuzzy Multi-objective Multi-Person Decision Making

为安全生产、用电检杳、经济分析及辅助决策、配电网网架结构优化提供数据。

Provide data for safety production , electric energy check , economic analysis , aid decision and optimization of structure of power distribution grid .

C~3I决策系统的Petri网建模技术

Petri Net Modeling Technology of C ￣ 3I Decision System

CAPP系统工艺决策过程的AOV-网表示法及拓扑排序分析

AOV-network Representation and Topological Sort Analysis of Process Planning in CAPP Systems

带决策的扩展Petri网及其在FMS中的应用

Extended Petri Net with Decision Making and its Application in FMS

层次熵评价决策模型在航道网规划综合评价方面的应用

Application of AHP - Entropy Evaluation & Decision Model for Comprehensive Evaluation of Waterway Net Planning

在此基础上，利用区间数灰色关联决策方法对配电网故障恢复方案进行区间评价。

On this basis , the interval number grey relation decision-making method is applied to make the interval evaluation for service restoration scheme .

对基于旅营两级决策组织导出的库所/变迁系统进行了描述，建立了防空C3I决策系统的Petri网模型。

According to the description of library / transition decision system inference from decision-making organizations at brigade and battalion levels , a Petri net model of air defense decision system is established .