Raykar, Nagesh
Hybrid LSTM technique for phonetic - Vol,4(1),Jan-Jun - South Africa AkiNik Publications 2022 - 18-22p
Demographic Details is empirically obtained data depicting different elements of a population. Various phonetic-based retrieving strategies are utilized, yet they are useless when trying to appeal to Indian name lists. The purpose of this research is to find Indian names with identical accents but distinct spellings based on data entries acquired from demographic databases. This study document contains the phonetic-based pronunciation technique, Long Short Term Memory, and K-Mean method Hybrid LSTM approach to identify Indian names using databases. The suggested Hybrid LSTM method is compared to a recurrent unit GRU-based technique in order to assess the precision of name prediction for Indian names. The hybrid LSTM model is produced by combining the K-Mean technique and the LSTM technique. When obtaining entries of Indian Names from sources, the constructed LSTM approach provides improved precision. If, as is the case in this instance, the demographic data collected from Indian Names from demographic sources has inaccurate data due to misspelled names, the provided method can be utilized to decrease data redundancy and acquire accurate data.
Electrical Engineering
Hybrid LSTM technique for phonetic - Vol,4(1),Jan-Jun - South Africa AkiNik Publications 2022 - 18-22p
Demographic Details is empirically obtained data depicting different elements of a population. Various phonetic-based retrieving strategies are utilized, yet they are useless when trying to appeal to Indian name lists. The purpose of this research is to find Indian names with identical accents but distinct spellings based on data entries acquired from demographic databases. This study document contains the phonetic-based pronunciation technique, Long Short Term Memory, and K-Mean method Hybrid LSTM approach to identify Indian names using databases. The suggested Hybrid LSTM method is compared to a recurrent unit GRU-based technique in order to assess the precision of name prediction for Indian names. The hybrid LSTM model is produced by combining the K-Mean technique and the LSTM technique. When obtaining entries of Indian Names from sources, the constructed LSTM approach provides improved precision. If, as is the case in this instance, the demographic data collected from Indian Names from demographic sources has inaccurate data due to misspelled names, the provided method can be utilized to decrease data redundancy and acquire accurate data.
Electrical Engineering