An Attention Based Neural Network for Code Switching Detection: English Roman Urdu

03/03/2021
by   Aizaz Hussain, et al.
0

Code-switching is a common phenomenon among people with diverse lingual background and is widely used on the internet for communication purposes. In this paper, we present a Recurrent Neural Network combined with the Attention Model for Language Identification in Code-Switched Data in English and low resource Roman Urdu. The attention model enables the architecture to learn the important features of the languages hence classifying the code switched data. We demonstrated our approach by comparing the results with state of the art models i.e. Hidden Markov Models, Conditional Random Field and Bidirectional LSTM. The models evaluation, using confusion matrix metrics, showed that the attention mechanism provides improved the precision and accuracy as compared to the other models.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
07/15/2019

Joint Language Identification of Code-Switching Speech using Attention based E2E Network

Language identification (LID) has relevance in many speech processing ap...
research
09/11/2019

From English to Code-Switching: Transfer Learning with Strong Morphological Clues

Code-switching is still an understudied phenomenon in natural language p...
research
10/09/2020

Word Level Language Identification in English Telugu Code Mixed Data

In a multilingual or sociolingual configuration Intra-sentential Code Sw...
research
10/09/2019

Spoken Language Identification using ConvNets

Language Identification (LI) is an important first step in several speec...
research
04/17/2021

GupShup: An Annotated Corpus for Abstractive Summarization of Open-Domain Code-Switched Conversations

Code-switching is the communication phenomenon where speakers switch bet...
research
04/15/2022

Email Spam Detection Using Hierarchical Attention Hybrid Deep Learning Method

Email is one of the most widely used ways to communicate, with millions ...
research
07/24/2021

Dual-Attention Enhanced BDense-UNet for Liver Lesion Segmentation

In this work, we propose a new segmentation network by integrating Dense...

Please sign up or login with your details

Forgot password? Click here to reset