algorithms adopt either a decision tree based approach or an approach that requires users to provide some user-specified thresholds to guide the search for interesting rules. In this paper, we propose a new approach based on the use of an objective interestingness measure to distinguish interesting rules from uninteresting ones. Using linguistic terms to represent the revealed regularities and exceptions, this approach s especially useful when the discovered rules are presented to human experts for examination because of the affinity with the human knowledge representation. The use of fuzzy technique allows the predict on of attribute values to be associated with degree of membership. Our approach s, therefore, able to deal with the cases that an object can belong to more than one class. For example, a person can suffer from cold and fever to certain extent at the same time. Furthermore, our approach is more resilient to noise and missing data values because of the use of fuzzy technique. To evaluate the performance of our approach, we tested it using several real-life databases. The experimental results show that it can be very effective at data mining tasks. In fact, when compared to popular data mining algorithms, our approach can be better able to uncover useful rules hidden in databases.