通过云基础设施探索岩石艺术的机器学习方法

R. S. Ponmagal, N. Srinivasan
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引用次数: 1

摘要

本文旨在提出一种机器学习方法,通过云基础设施对古代岩石艺术进行探索,从而分析和理解它们。提出对岩画艺术的视觉语言进行解读,并将其转化为当下人类认知的语言。岩石艺术可以被捕捉成3D电影;超声检测图像;使用激光传感器和热成像技术捕获的图片。由于世界各国文化丰富,自然也多种多样,对岩石艺术的探索和探索越来越多,通过上述方法收集的岩石艺术信息可以使用云基础设施进行表示和处理。此外,建议使用云中的机器学习算法,从岩石艺术中获得明确的、有意义的信息。通过机器学习的方法,岩石艺术所代表的符号可以与26个英文字母相匹配。提议的工作是对古代岩石艺术手稿的解释,从而预测他们希望传达的含义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Machine learning approach for exploring rock arts through the cloud infrastructure
This paper is aimed at proposing a machine learning approach to analyze and make sense out of the ancient rock arts by exploring them through cloud infrastructure. The visual language of the rock art is proposed to be interpreted and transformed into the current language of human cognition. The rock arts can be captured as 3D motion pictures; ultrasonically detected images; pictures captured using laser sensors and thermography techniques. Since the countries across the Globe are rich in culture and also diverse in nature, rock arts have been explored and keeping on exploring more in quantity, the rock arts information collected through the above said methods can be represented and processed using cloud infrastructure. Further, using machine learning algorithms in the cloud is proposed, to arrive at definite, meaningful information from rock arts. Through the machine learning approach, the symbols represented by rock arts could be matched with the twenty six English alphabets. The proposed work is the interpretation of the olden rock art scripts and hence to predict the meaning that they wish to convey.
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