Merging Textual Knowledge Represented by Element Fuzzy Cognitive Maps
Xiangfeng Luo, Jun Zhang, Fangfang Liu, Yi Du, Zhian Yu, Weimin Xu · Journal of Software · 2010
(E-FCMs) which can represent textual knowledge effectively. Logic “and ” operation is introduced to roughly evaluate the similarities between the mass E-FCMs in order to form the similar sets of textual knowledge. Based on the associated weight measuring and the logic operation, an E-FCMs-based knowledge merging algorithm is proposed to inspect the noisy and the redundancy information hidden in the original E-FCMs belonging to one similar set. A formula obtained through F-measure is employed as an indicator to measure the loss of textual information during the merging process of E-FCMs. The merging algorithm and the indicator provide a concise representation of textual knowledge that can be used in understanding-based automatic text classification and clustering, as well as relevant knowledge aggregation and integration. The proposed algorithm will have very good application prospects in future. Index Terms—E-FCMs; knowledge merging; knowledge representation I.