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A Novel Rough Set-based Framework for Objects Ranking in Ordered Information System

机译:基于粗糙集的基于粗糙集的对象框架,用于排序信息系统中排名

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Aiming at improving the efficiency of the objects ranking in ordered information system, the problem of sorting is researched in this paper. Then a novel framework based on rough set theory is proposed the key idea of which is compressing the original data by attribute and value reduction. In the new approach the information table is simplified firstly by rough set theory after transforming an ordered information system into a binary one. On this basis the attribute values in the transformed information are standarded. And then a weight function is structured to evaluate the importance of each objects. Thus the objects can be sorted according to the value of weigh function. The experiment shows that the framework not only needn't extra information and the participation of the domain experts in ordering objects but also is feasible and effective.
机译:旨在提高排序信息系统中对象排名的效率,本文研究了分类问题。然后,提出了一种基于粗糙集理论的新颖框架,其关键思想是通过属性和减值压缩原始数据。在新方法中,在将有序信息系统转换为二进制之后,首先通过粗糙集理论简化信息表。在此基础上,转换信息中的属性值是标准的。然后,体重函数构造以评估每个对象的重要性。因此,可以根据称重函数的值对物体进行排序。实验表明,该框架不仅不必额外信息和域专家参与订购物品,而且是可行和有效的。

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