Yildirim, Savas2024-07-182024-07-182014978-3-642-54902-1978-3-642-54903-80302-97431611-3349https://hdl.handle.net/11411/834415th Annual Conference on Intelligent Text Processing and Computational Linguistics (CICLing) -- APR 06-12, 2014 -- Ctr Commun & Dev, Kathmandu, NEPALDocument categorization is a way of determining a category for a given document. Supervised methods mostly rely on a training data and rich linguistic resources that are either language-specific or generic. This study proposes a knowledge-poor approach to text categorization without using any sets of rules or language specific resources such as part-of-speech tagger or shallow parser. Knowledge-poor here refers to lack of a reasonable amount of background knowledge. The proposed system architecture takes data as-is and simply separates tokens by space. Documents represented in vector space models are used as training data for many machine learning algorithm. We empirically examined and compared a several factors from similarity metrics to learning algorithms in a variety of experimental setups. Although researchers believe that some particular classifiers or metrics are better than others for text categorization, the recent studies disclose that the ranking of the models purely depends on the class, experimental setup and domain as well. The study features extensive evaluation, comparison within a variety of experiments. We evaluate models and similarity metrics for Turkish language as one of the agglutinative language especially within poor-knowledge framework. It is seen that output of the study would be very beneficial for other studies.eninfo:eu-repo/semantics/closedAccessText CategorizationVector Space ModelMachine LearningConference Object2-s2.0-84958521342440Q34288404N/AWOS:000342990000036