Measuring semantic similarity in WordNet by using Neural Network and Differential Evolution Algorithm
Proceeding: The Fourth International Conference on Informatics & Applications (ICIA2015)Publication Date: 2015-07-20
Authors : Yusuke Hiraga; Tad Gonsalves;
Page : 12-17
Keywords : Natural Language Processing; Semantic Similarity; Differential Evolution; WordNet; Neural Network.;
Abstract
Semantic similarity between two words is an important problem in many applications of information retrieval and word sense disambiguation. In this paper, we calculate semantic similarity between two words by using the lexical database called WordNet and neural network. The neural network learning process is formulated as an optimization problem and optimized by using the Differential Evolution algorithm. We use the Rubenstein and Goodenough, and Miller and Charles datasets to test the similarity results. Our model produces high values of correlations for both the datasets.
Other Latest Articles
- Adaptive Memory Matrices for Automatic Termination of Evolutionary Algorithms
- THE INFLUENCE OF LANDSCAPE AND CLIMATIC CONDITIONS IN THE CARPATHIANS ON THE FORMATION OF LINGUISTIC PERSONALITY
- COGNITIVE-STYLE APPROACH TO PSYCHOLOGICAL SUPPORT OF THE GIFTED PUPILS MOUNTAIN SCHOOLS OF THE UKRAINIAN CARPATHIANS
- TRAINING OF FUTURE ELEMENTARY SCHOOL TEACHERS TO USAGE OF THE COMMUNICATIVE STRATEGIES IN MULTI ETHNIC ENVIRONMENT IN MOUNTAIN REGION SCHOOLS
- ECONOMIC-UTILITARIAN AND SPIRITUAL-EXISTENTIAL BASES OF FOSTERING ENVIRONMENTAL AWARENESS IN MOUNTAIN DWELLERS
Last modified: 2015-08-10 22:21:09