Decision-making system with different types of elements

V. Fatkhi, M. Ganzhur, N. Dyachenko, R. M. Shabanov
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Abstract

The corporate environment currently focused on the inclusive workflow, involves bringing together employees from different countries to achieve a common organizational goal. Difficulties that arise in the process of achieving it may be due to a lack of sufficient experience or, on the contrary, past experience interferes with making a decision. To overcome such problems, it is important to develop a decision support system, a team deci-sion support tool and an information system for managers. The information security of the decision-making system is carried out by modeling the security elements of the system that analyze the integrity of information in the process of its operation. Information security modeling is based on information security methods based on ungrouping and creating subsystems with heterogeneous data. This method is provided by a graph and hypograph implementation, which can be converted to a matrix form. For the conceptual apparatus there are used the rules in the form “If A, then B” and their analogues. The model of functioning the decision-making system based on the multi-agent approach is described. The results obtained can be used in the creation of simulators and decision-making systems themselves in various subject areas. By separating data flows into computational and executive ones, data types are distinguished and better modeling of the entire system is carried out. The solution of the problem of maximum fulfillment of the goals set for the decision-making system can be implemented by modified network methods, such as Markov nets, Petri nets, etc.
具有不同类型要素的决策系统
企业环境目前侧重于包容性工作流程,包括将来自不同国家的员工聚集在一起,以实现共同的组织目标。在实现这一目标的过程中出现的困难可能是由于缺乏足够的经验,或者相反,过去的经验妨碍了作出决定。为了克服这些问题,开发决策支持系统、团队决策支持工具和管理者信息系统是很重要的。通过对决策系统的安全要素进行建模,分析决策系统运行过程中信息的完整性,实现决策系统的信息安全。信息安全建模是基于异构数据分解和创建子系统的信息安全方法。该方法提供了一个图和形图实现,可以转换为矩阵形式。在概念工具中,规则的形式是"如果A,那么B "和它们的类似物。描述了基于多智能体方法的决策系统运行模型。所获得的结果可用于在各种学科领域创建模拟器和决策系统本身。通过将数据流分为计算流和执行流,可以区分数据类型,并对整个系统进行更好的建模。对于决策系统设定的目标的最大实现问题的解决,可以通过改进的网络方法来实现,如马尔可夫网、Petri网等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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