作者: Yun Wei Zhao , Chi-Hung Chi , Chen DIng
DOI: 10.1109/SKG.2011.49
关键词: Hierarchical clustering 、 Data mining 、 Artificial intelligence 、 Computer science 、 Cluster analysis 、 Canopy clustering algorithm 、 Constrained clustering 、 CURE data clustering algorithm 、 Brown clustering 、 Algorithm 、 Fuzzy clustering 、 Machine learning 、 Correlation clustering
摘要: Clustering is an important technique for intelligence computation such as trust, recommendation, reputation, and requirement elicitation. With the user centric nature of service user's lack prior knowledge on distribution raw data, one challenge how to associate quality requirements clustering results with algorithmic output properties (e.g. number clusters be targeted). In this paper, we focus hierarchical process propose two quality-driven algorithms, HBH (homogeneity-based hierarchical) HDH (homogeneity-driven minimum acceptable homogeneity relative population each cluster their input criteria. Furthermore, also give a HDH-approximation algorithm in order address time performance issue. Experimental study data sets different density dispersion levels shows that gives best result can significantly improve execution time.