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Big Data based Machine Learning approach for exploring rock arts


Affiliations
1 Research Scholar, The TamilNadu Dr.J.Jayalalitha Music and Fine Arts University Chennai, India
2 Govt. College of Architecture and Sculpture, Mamallapuram, India

The rock art information as integrated through Service oriented architecture with cloud would be available in abundance; they could be processed in cloud using machine learning approaches. The proposed research explore the visual analysis of rock art, sustaining the finding of insights from complex rock art data that encompasses multiple dimensions, sources, data forms, time variants, and visual depictions. It is taken into consideration that the application of human judgment to make the best possible use of incomplete, inconsistent, and potentially deceptive information from rock arts. Big Data based image processing method is adopted, since the rock art images collected are possessing the characteristics of Big Data. The proposed sense making process involves the analytic workflow to help the requested client make sound decisions from the rock art information

Keywords

Big data, Rockarts, Cloud, machine learning Service oriented architecture
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  • Big Data based Machine Learning approach for exploring rock arts

Abstract Views: 55  | 

Authors

N. Srinivasan
Research Scholar, The TamilNadu Dr.J.Jayalalitha Music and Fine Arts University Chennai, India
P. Govindarajan
Govt. College of Architecture and Sculpture, Mamallapuram, India

Abstract


The rock art information as integrated through Service oriented architecture with cloud would be available in abundance; they could be processed in cloud using machine learning approaches. The proposed research explore the visual analysis of rock art, sustaining the finding of insights from complex rock art data that encompasses multiple dimensions, sources, data forms, time variants, and visual depictions. It is taken into consideration that the application of human judgment to make the best possible use of incomplete, inconsistent, and potentially deceptive information from rock arts. Big Data based image processing method is adopted, since the rock art images collected are possessing the characteristics of Big Data. The proposed sense making process involves the analytic workflow to help the requested client make sound decisions from the rock art information

Keywords


Big data, Rockarts, Cloud, machine learning Service oriented architecture