References
[1]. Hsinchun Chen, Yin Zhang and Andrea L. Houston,
(1998). “Semantic indexing and searching using a
hopfield net”, USA Journal of Information Science,
Vol.24(1).
[2]. Yi-Ming Chung, William M. Pottenger, Bruce R. Schatz,
“Automatic subject indexing using an associative neural
network, CANIS - Community Systems Lab”, University of
Illinois at Urbana-Champaign, IL 61820.
[3]. J.F. Martõ nez-Trinidada, B. Beltran-Martõnezb, J.
Ruiz-Shulcloperc, (2002). “A tool to discover the main
themes in a Spanish or English document”, Expert Systems
with Applications, Vol.19, pp.319-327.
[4]. Marie-Cathrine de Marneffe and Cristopher D.
Manning. (2008). Stanford type dependency manual.
pp.1-28.
[5]. M.K. Kowar, Dr. Sanjay Sharma, Arpana Rawa, Ani
Thomas. (2008). “Automatic Subject Indexing: A bootstrapping approach through text mining operations”.
Vol.1(5), pp.163-174.
[6]. A. Rawal, H.R. Sharma, M.K. Kowar, Sanjay Sharma.
“Hierarchical Positioning the Semantic Associative Terms
in Drafting Automatic Back-Indexes”.
[7]. Sebastiani, F. (2002). “Machine learning in automated
text categorization.” ACM Computing Surveys, Vol. 34(1),
pp. 1–47.
[8]. Ian H. Witten.Computer Science, University of Waikato,
Hamilton, New Zealand.
[9]. Tripti Sharma, Sarang Pitale. (2012). “Chapter
extraction from research documents using Meta-Content
Framework”, International Journal of Engineering and
Advanced Technology (IJEAT), ISSN: 2249 – 8958, Vol.1(5).
[10]. Gruber, Thomas R. (1993). “A translation approach to
portable ontology specifications”. Knowledge Acquisition
(ELSEVIER), Vol. 5(2), pp.199–220.
[11]. Raj Kumar Singh, Prateeksha Pandey. (2014). “Back
Index Generation Tool for E-Books: An Implicit Ontology
Approach” International Journal of Research in Advent
Technology, Vol.2(6), E-ISSN: 2321-96375
