Abstract :
Data mining is one of the most significant tools for discovering association patterns that are useful for health services, customer relationship management (CRM) etc. Yet, there are some drawbacks in existing mining techniques. Since most of them perform the flat mining based on pre-defined schemata through the data warehouse as a whole, a re-scan must be done whenever new attributes are added. Secondly, an association rule may be true on a certain granularity but fail on a smaller one and vise verse. And, they are used to find either frequent or infrequent rules. With regard to healthcare service management, this research aims at providing a novel data schema and an algorithm to solve the aforementioned problems. A forest of concept taxonomies is applied for representing healthcare knowledge space. On top of this structure, the mining process is formulated as a process of finding the large- itemsets, generating, updating and output the association patterns that represent portfolios of healthcare services. Crucial mechanisms in each step will be clarified in this paper. At last, this paper presents experimental results regarding efficiency, scalability, information loss, etc. of the proposed approach to prove its advantages.
Keywords :
data mining; data warehouses; health care; investment; medical information systems; association patterns; association rule; data warehouse; granularities; healthcare service portfolio management; multidimensional data mining; Association rules; Customer relationship management; Data mining; Data warehouses; Itemsets; Medical services; Multidimensional systems; Portfolios; Scalability; Taxonomy; Association Pattern; CRM; Concept Taxonomy; Healthcare Services; Multidimensional Data Mining;
