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A multicriteria ordered clustering algorithm to determine precise or disjunctive partitions

机译:一种用于确定精确分区或分离分区的多准则有序聚类算法

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We consider multicriteria clustering problems where the groups are ordered from the best to the worst. An approach relying on the principles of the k-means algorithm and disjunctive sorting based on evidence theory (D1SSET) method is proposed for the detection of ordered clusters. The distinctive feature of this method is that it allows to obtain both precise and disjunctive partitions. In such situation, the actions can be assigned even to pair of groups (and not only to precise clusters). The decision maker is assumed to provide the following inputs: an evaluation table, the desired number of clusters and a valued preference model (obtained for instance by PROMETHEE method). The method is illustrated on two real examples: the Human Development Index (HDI-2013) and the Logistics Performance Index (LPI-2014).
机译:我们考虑多准则聚类问题,其中按从最佳到最坏的顺序对组进行排序。提出了一种基于k均值算法原理和基于证据理论的析取排序方法(D1SSET),用于检测有序聚类。该方法的独特之处在于它可以同时获得精确分区和析取分区。在这种情况下,甚至可以将动作分配给成对的组(而不仅是精确的集群)。假设决策者提供以下输入:评估表,所需的聚类数量和有价值的偏好模型(例如,通过PROMETHEE方法获得)。在两个真实的例子中说明了该方法:人类发展指数(HDI-2013)和物流绩效指数(LPI-2014)。

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