PROJECTS

Deep Neural Network-Based Landmark Prediction for Entomological Image Analysis

Master’s Applied Research Project – Scored 97% (2025)

Overview

Developed a deep learning model for anatomical landmark prediction on entomological images. The project combines advanced computer vision techniques, end-to-end data pipelines, and a GUI for accessibility by non-technical users.

Technical Features

Model Architecture
  • Implemented ResNet34 as the primary backbone for feature extraction.
  • Explored ResNet18, ResNet50, and YOLOv8-pose architectures for comparative performance analysis.
  • Trained models using 5-fold cross-validation, ensuring robustness and generalization.
Data Pipeline
  • Full end-to-end pipeline for image preprocessing, augmentation, and dataset splitting.
  • Leveraged OpenCV, NumPy, and Pandas for image transformations, normalization, and dataset management.
Training & Optimization
  • Advanced training strategies including learning rate scheduling, data augmentation, and batch normalization.
  • Monitored training with Matplotlib visualizations for loss curves, accuracy, and landmark heatmaps.
  • Implemented custom loss functions for landmark regression tasks.
GUI Application
  • Built a Tkinter-based GUI to allow non-technical users to upload images and visualize predicted landmarks.
  • Integrated the trained model inference pipeline directly into the GUI for real-time predictions.

Tech Stack

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