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{"references": ["A Computerised Teaching Aid in Oral Medicine and Oral Pathology.\nMats Jontell, Oral medicine, Sahlgrenska Academy, G\u00f6teborg\nUniversity. Olof Torgersson, department of Computing Science,\nChalmers University of Technology, G\u00f6teborg.", "T. Mitchell, \"Decision Tree Learning\", in T. Mitchell, Machine\nLearning, the McGraw-Hill Companies, Inc., 1997, pp. 52-78.", "P. Winston, \"Learning by Building Identification Trees\", in P. Winston,\nArtificial Intelligence, Addison-Wesley Publishing Company, 1992, pp.\n423-442.", "Howard J. Hamilton-s CS Course: Knowledge Discovery in Databases.\nAccessed 06/06/12.", "http://www.cs.waikato.ac.nz/ml/weka/, accessed 06/05/21.", "http://grb.mnsu.edu/grbts/doc/manual/J48_Decision_T rees.html,\naccessed 06/06/12.", "Quinlan, J.R.: C4.5: Programs for Machine Learning. Morgan\nKauffman, 1993."]}
Data mining has been used very frequently to extract hidden information from large databases. This paper suggests the use of decision trees for continuously extracting the clinical reasoning in the form of medical expert-s actions that is inherent in large number of EMRs (Electronic Medical records). In this way the extracted data could be used to teach students of oral medicine a number of orderly processes for dealing with patients who represent with different problems within the practice context over time.
Oral Medicine, Decision Trees, WEKA., Data mining
Oral Medicine, Decision Trees, WEKA., Data mining
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