本文以数据仓库为基础，与目前流行的联机分析处理、数据挖掘等技术相结合，提出了基于此的决策支持系统的设计。
Take data warehouse as foundation, with the aid of on Line Analytical Processing and data Mining technology, the composition and design of enterprise Decision Support System are put forward.
本文首先介绍了以地理信息系统为基础的三峡工程决策支持系统集成指挥中心(原型)的系统设计。
First, the paper introduces the system design of Integration Command Core (prototype) in the decision support system of Three Gorge Project which is based on Geography Information system.
以数据仓库为基础的在线联机分析处理(OLAP)技术是决策支持系统(DSS)中一种新的决策分析方法。
Online analysis process (OLAP) technology based on data warehouse is a new decision-making analysis method in decision support system (DSS).
本文建立了一个决策支持中心的框架，为建立高层重要决策部位DSS提供了构造基础，并且简介了辽宁省省级决策支持系统和鞍山市郊区决策支持系统。
A framework of decision support centre is proposed, the basis is provided to structure DSS system in the high and important position, Liaoning provincial and Anshan suburban DSS is introduced.
根据城市基础设施决策管理的特点，设计了城市基础设施决策支持系统的原型方法，为城市基础设施管理提供了决策支持系统。
A prototype of urban infrastructure decision administration is designed according to its property, which provides decision-supporting system for urban decision-making.
摘要：在智能决策支持系统(IDSS)中。由于许多推理模型和方法以巨大的数据量为基础，决策响应速度成为系统的瓶颈。
Absrtact: in intelligent decision support system (IDSS), many reasoning models and methods based on the tremendous amount of data, the response speed of decision - making as a bottleneck.
归纳了在战略决策过程中决策者的认知心理状态，并以此为基础，分析了战略决策者需要的辅助支持的类型和模式，为战略决策支持系统的建设提供指导。
The thesis also concludes the decision-maker's cognitive in the process of SDSS. Base on the cognitive, we study the kind and mode of auxiliary support and show the way of SDSS construction.
模具报价决策支持系统是以多模型为基础的，文中详细地分析了基于混合关联分析法的模具企业自明确模型的建立方法和数学模型，并且在系统中以向导的方式实现；
The method and mathematics model to build Enterprise Self-explicated Mode based on Hybrid Conjoint Analysis is analyzed, which is realized in the way of wizard in the system;
模具报价决策支持系统是以多模型为基础的，文中详细地分析了基于混合关联分析法的模具企业自明确模型的建立方法和数学模型，并且在系统中以向导的方式实现；
The method and mathematics model to build Enterprise Self-explicated Mode based on Hybrid Conjoint Analysis is analyzed, which is realized in the way of wizard in the system;
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