淄博市人工影响天气作业决策指挥系统

根据当地地理和气候特点建立的人工影响天气作业指挥系统，体现了智能化、积累型的特点，使人工影响天气作业指挥向客观化、自动化迈进了一步，提高了人工影响天气的作业效果。     

地图图书产品精品化战略的实施

论述了地图图书精品化的必要性以及精品地图、图书的策划和出版 ,提出了地图精品化战略的实施办法。     

灌溉水库水资源综合利用的多目标决策模型

以湖南龙源水库为例,应用系统分析方法,建立了以灌溉为主综合利用水库优化续建规划和调度运用的大系统多目标决策模型,并提出用带有变动惩罚项的动态规划法求解多目标动态规划模型.实例研究表明:数学模型和求解方法是可行的,优化调度所取得的效益是显著的.     

城市经济,社会与环境协调发展的多目标交互式决策方法

为建立城市经济社会与环境协调发展的多目标决策模型，考虑了模型特点，数学结构以及模型的求解方法，据此，建立了西安市２０００年经济、社会与环境协调发展的多目标决策模型，应用交互ＳＴＥＭ方法，实现分析者和决策者连续交互求解，最后得到一组满意结果。     

长江防洪决策支持系统——数据库及其信息查询系统

针对长江防洪决策支持系统的需要,在分析研究防洪决策支持系统数据库和信息查询特点以及开发方法的基础上,采用先进的系统开发方法和可视化的编程工具,在微型计算机上使用Windows开发平台完成了水情数据库、工程数据库的开发和部分信息查询系统的程序设计.所建数据库和信息查询系统是一个内容丰富、数据结构复杂的子系统,也是一个数据规范性较强、结构合理、具有较高灵活性、可维护性和可扩充性的子系统.     

Developing an exploration decision support system (EDSS): A strategy for combining information and analytics

Petroleum exploration companies enter the twenty first century facing an increasingly competitive and risky environment. Under those circumstances, there is a growing need for better systematic decision-making that explicitly embodies the firm's desired goals and resource constraints. Computer-aided decision making, or decision support systems (DSS), provide an aid for those exploration management problems that are large, complex, unstructured, and involve management mudgment. Almost every present day DSS falls into one of two general classes. Vehicle DSSs such as linear/nonlinear programming models and other optimization routines, propose and impose specific methodologies to the decision-maker. On the other hand, toolbox DSSs, such as simulation programs, statistical functions, and graphical packages, are generally flexible in enabling their users to employ a variety of approaches and tools for their decision tasks but provide little guidance on both problem representation and investigation. This paper describes the development of a hybrid DSS model that combines the advantages of both the vehicle and toolbox systems components to provide a comprehensive approach to exploration planning from geological development through the capital allocation process. The Exploration Decision Support System (EDSS) preserves the flexibility of the toolbox system while enriching the problem-solving strategies available to the firm. The central objectives for developing an EDSS framework are: (1) better decisions about resource allocations; (2) more systematic understanding of the factors affecting exploration decisions; (3) improved communication about E&P performance objectives and constraints at all levels of decision-making; and (4) an explicit vehicle for continuous improvement of the petroleum exploration firm's decision-making process. The EDSS model can guide geological and exploration managers toward a more formal evaluation of projects, provide insight into the impact of competing choice alternatives, and significantly improve the quality of exploration decisions.     

河北省地震短临预报决策方案

依据以场求源,中、短、临逐步逼近的科学思路,在总结了华北地区6级以上地震的基础上,提出了进行短临预报必须具备的背景依据,前兆异常指标和地震三要素的判定方法。     

Earthquake prediction decision and risk matrix

The issuance of an earthquake prediction must cause widespread social responses. It is suggested and discussed in this paper that the comprehensive decision issue for earthquake prediction considering the factors of the social and economic cost. The method of matrix decision for earthquake prediction (MDEP) is proposed in this paper and it is based on the risk matrix. The goal of decision is that search the best manner issuing earthquake prediction so that minimize the total losses of economy. The establishment and calculation of the risk matrix is discussed, and the decision results taking account of economic factors and not considering the economic factors are compared by examples in this paper. The Chinese version of this paper appeared in the Chinese edition ofActa Seismological Sinica,15, 232–238, 1993.     

水资源决策支持系统目前动态及展望

阐明了水资源决策支持系统(WRDSS—Water Resources Decision Support System)的概念,并以水库调度、水质规划及管理、供水调度和灌溉系统管理决策支持系统为例,阐述了水资源决策支持系统的目前动态和发展趋势.     

Some Considerations on Earthquake Prediction Decision Process

A theory on information prediction process proposed by Weng Wenpo(1991)is applied to the earthquake prediction decision process.Four cycles represent the theory(conception),earthquake prediction decision result,anomalies,and earthquake assemblage,respectively.The interception and overlapping of the four cycles indicate different combinations,resulting in formation of 13 regions.In the case of decision conclusion on earthquake to occur,seven decision results of different characters are distinguished.The six other results were obtained in the case of absence of decision.Results of four characters show correct decision on earthquake to occur and those of three characters show the erroneous decision on earthquake to occur.Until now,theories of earthquake prediction have been incomplete,and the coincidence ratio of decision on earthquake to occur is also considerably low.Systematic analysis of the decision process is beneficial to understanding the causes for missing,virtual,pseudo,false,and correct earthqua