Research
My background is in computer vision, with a strong foundation in machine learning. I am currently interested in computational imaging, 3D vision, and diffusion models.
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Handwritten Amharic Character Recognition Through Transfer Learning: Integrating CNN Models and Machine Learning Classifiers
Natenaile Asmamaw Shiferaw,
Zefree Lazarus Mayaluri,
Prabodh Kumar Sahoo,
Ganapati Panda,
Prince Jain,
Adyasha Rath,
Md. Shabiul Islam,
Mohammad Tariqul Islam
IEEE Access, 2025
IEEE Access
Combining CNN-based feature extraction with classical machine learning classifiers enables accurate and robust recognition of handwritten Amharic characters, achieving strong performance for complex and underrepresented scripts.
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An Efficient Baseline Restoration Circuit for Real-Time Impedance Cardiography: FPGA-Based Calibration with MultiSensor Integration
Priya Darshini Kumari,
Ksh Milan Singh,
Zefree Lazarus Mayaluri,
Natenaile Asmamaw Shiferaw,
Ganapati Panda,
Sujeevan Kumar Agir
JSIR, 2025
JSIR
Multisensor-driven adaptive baseline correction significantly reduces motion and respiratory artifacts in impedance cardiography for reliable real-time monitoring.
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Enhancing compact convolutional transformers with super attention
Simpenzwe Honore Leandre*,
Natenaile Asmamaw Shiferaw*,
Dillip Rout
arXiv, 2025
arXiv
A token-mixing vision architecture achieves strong accuracy and efficient inference on fixed-length image tasks, outperforming attention-based transformers with improved training stability.
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BERT-Based Approach for Automating Course Articulation Matrix Construction with Explainable AI
Natenaile Asmamaw Shiferaw*,
Simpenzwe Honore Leandre*,
Aman Sinha,
Dillip Rout
arXiv, 2024
arXiv
An explainable BERT-based framework accurately automates Course Articulation Matrix construction by learning semantic alignment between course and program outcomes.
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Hybrid Hand Detection and Segmentation for Ego-Centric Interaction Using YOLO (v8-v11) and RT-DETR for Detection, Followed by SAM and SAM 2 for Segmentation
Natenaile Asmamaw Shiferaw*,
Zefree Lazarus Mayaluri,
Prabodh Kumar Sahoo,
Ganapati Panda
Elsevier's Image and Vision Computing, Under review
Elsevier
Combining lightweight YOLO-based detection with prompt-based SAM segmentation enables accurate ego-centric hand detection and segmentation for human–robot interaction.
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Lightweight Hybrid CNN–Transformer Ensembles with Explainable AI for Lung Disease Detection from Chest X-rays
Natenaile Asmamaw Shiferaw*,
Zefree Lazarus Mayaluri*
IEEE JBHI, Under review
IEEE JBHI
An efficient, explainable CNN–ViT ensemble approach delivers high-accuracy lung disease diagnosis from chest X-ray images.
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Comparative Analysis of YOLOv8 and YOLOv11 for Brain Tumor Instance Segmentation
Natenaile Asmamaw Shiferaw*,
Simpenzwe Honore Leandre*,
Dillip Rout,
Aman Sinha
MAiTRI, 2025 (Accepted)
MAiTRI
A YOLO-based instance segmentation framework enables efficient and accurate localization and delineation of brain tumors in medical images.
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