Neural machine translation for Sanskrit to Malayalam using morphology and evolutionary word sense disambiguation

Abstract

Neural machine translation (NMT) is a fast-evolving MT paradigm and showed good results, particularly in large training data circumstances, for several language pairs. In this paper, we have utilized Sanskrit to Malayalam language pair neural machines translation. The attention-based mechanism for the development of the machine translation system was particularly exploited. Word sense disambiguation (WSD) is a phenomenon for disambiguating the text to let the machine infer the proper definition of the particular word. Sequential deep learning approaches such as a recurrent neural network (RNN), a gated recurrent unit (GRU), a long short term memory (LSTM), and a bi-directional LSTM (BLSTM) were used to analyze the tagged data. By adding morphological elements and evolutionary word sense disambiguation, the suggested common character-word embedding-based NMT model gives a BLEU score of 38.58 which was higher than the others.

Adaptation issues of machine learning in safety digitization

“…There must be a public place of interest for knowledge sharing and exchanging digital mediums that can perform by various Internet community tools like chronicles, the web of Internet societies, and different mediums [1], [2]. This interest could yield a torrent of unintellectual data utilizing amorphous stylistic communication commonly available to the public.…”