Titlebook: Sanskrit Computational Linguistics; 4th International Sy Girish Nath Jha Conference proceedings 2010 The Editor(s) (if applicable) and The

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,RDBMS Based Lexical Resource for Indian Heritage: The Case of Mahābhārata,mple. The system is available online on . with input and output in Devanāgarī Unicode, using technologies such as RDBMS and Java Servlet. The system works as an interactive and multi-dimensional indexing system with search facility for MBh and has potentials for use as a generic system for all Sansk

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富饶

vector

Gloss in Sanskrit Wordnet,an be used in building domain ontologies, semantic relations, phrase structure rules etc., and can help automatic or manual word sense disambiguation tasks. The present paper aims to highlight the importance of gloss in the process of WSD based on the experiences from building Sanskrit Wordnet. This

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,, Principle in Computational Model of Aṣṭādhyāyī,matic manner. The words are derived from the roots and affixes by the application of these . that follow a well defined procedure. Therefore, Aṣṭādhyāyī is best suited for computational modeling. A computational model with conflict resolution techniques was discussed by us (Sridhar et al, 2009)[12].

Assault

,Modelling Aṣṭādhyāyī: An Approach Based on the Methodology of Ancillary Disciplines (,),amples from ., ., . and .. texts. It develops and elaborates this model further to represent the contents and processes of Aṣṭādhyāyī. Certain key features are added to my earlier modelling of Pāṇinian system of Sanskrit grammar. This includes broader coverage of the Pāṇinian meta-language, mechanis

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