TrA-MHWR: Transformer-Enhanced Feature Extraction with Attention-Based Recognition for Offline Handwritten Malayalam Words

The article introduces TrA-MHWR a unique methodology transformer-based model designed to facilitate the recognition of handwritten Malayalam words in an offline setting. The model features remarkable ability to transform raw pixel data into meaningful linguistic units. Utilizing the power of Vision transformers and attention units, the model offers a sophisticated framework for robust and precise identification of handwritten Malayalam words in offline contexts. This study presents a comprehensive analysis of the architecture, training methodology, and evaluation results of TrA-MHWR, demonstrating its efficacy in pushing the boundaries related to the recognition of handwritten words in relation to Malayalam language. The proposed study uses DeiT model with a multi-head self-attention layer to improve feature sensitivity and achieved 98.82% accuracy.

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Publication Details

Published
2024-12-12
DOI
https://doi.org/10.1109/icercs63125.2024.10894892
Primary Topic
Handwritten Text Recognition Techniques
Type
article
Field-Weighted Citation Impact
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article

TrA-MHWR: Transformer-Enhanced Feature Extraction with Attention-Based Recognition for Offline Handwritten Malayalam Words

Mohamed Basheer K P, A T Anju, Binu P. Chacko
Handwritten Text Recognition Techniques
article

TrA-MHWR: Transformer-Enhanced Feature Extraction with Attention-Based Recognition for Offline Handwritten Malayalam Words

Mohamed Basheer K P, A T Anju, Binu P. Chacko
article en

Abstract

The article introduces TrA-MHWR a unique methodology transformer-based model designed to facilitate the recognition of handwritten Malayalam words in an offline setting. The model features remarkable ability to transform raw pixel data into meaningful linguistic units. Utilizing the power of Vision transformers and attention units, the model offers a sophisticated framework for robust and precise identification of handwritten Malayalam words in offline contexts. This study presents a comprehensive analysis of the architecture, training methodology, and evaluation results of TrA-MHWR, demonstrating its efficacy in pushing the boundaries related to the recognition of handwritten words in relation to Malayalam language. The proposed study uses DeiT model with a multi-head self-attention layer to improve feature sensitivity and achieved 98.82% accuracy.

Almas Hospital (IN), The Sanskrit College and University (IN), Amal College of Advanced Studies
Openalex Percentile: Top 72%
Handwritten Text Recognition Techniques
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