Research

Research

Research at the intersection of artificial intelligence and cybersecurity — intrusion detection, cross-platform malware analysis, privacy-preserving learning and intelligent healthcare.

Primary Research Direction

FedQDFU: Non-IID Federated Quantum Learning for Diabetic Foot Ulcer Classification from Deep Image Features

Ph.D. Student in Electrical Engineering and Computer Science · Texas A&M University–Kingsville

Research Interests

  • Computer Vision and Medical Imaging
  • IoT and Deep Learning in Agriculture
  • Machine Learning and Deep Learning
  • Data Privacy and Security in AI

Selected Research Themes

Publications are linked to a theme when their title, keywords or assigned research area match it.

Graph Learning

Learning over graph-structured data such as control-flow graphs.

No publications linked to this theme yet.

Quantum Machine Learning

Machine learning methods that draw on quantum computing.

No publications linked to this theme yet.

Active Projects

Research Funding & Fellowships

  1. Jan 2023 Awarded

    M.Sc. Research Fellowship — A Deep CNN-based Salinity and Freshwater Fish Identification and Classification using Deep Learning and Machine Learning

    National Science and Technology Fellowship · Mawlana Bhashani Science and Technology University, Bangladesh

    Amount: Approximately $500

    Developed a robust convolutional neural network (CNN) model to accurately identify and classify various species of salinity and freshwater fish. Leverages deep feature extraction and machine learning classifiers to improve aquatic biodiversity monitoring and support sustainable fishery management, addressing inter-species similarity and environmental variability.

    Supervised by Professor Dr. Mohammad Motiur Rahman

    Associated publication: Sustainability, MDPI (Published)

  2. Jan 2020 Awarded

    B.Sc. Research Grant — Smart System using IoT and Deep Learning to Detect Insects in the Agricultural Field

    University Grant Commission (UGC), Bangladesh

    Amount: Approximately $2,500

    Designed and implemented an IoT-enabled smart monitoring system integrated with deep learning algorithms to detect and classify harmful insects in crop fields, using sensor networks and real-time data processing for early pest detection, reduced pesticide use, and improved crop yields.

    Supervised by Professor Dr. Mohammad Motiur Rahman

    Associated publication: IEEE Transactions on Artificial Intelligence & Heliyon (Published)