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EchoSign was made as part of an IBM internship project which we won with this project. It uses transfer learning on MobileNet on a hand-curated dataset of ASL images. The website for this classification was developed in Flask and it uses TTS technology for ASL text to speech conversion.
An industrial-grade automated optical inspection (AOI) system for Printed Circuit Boards (PCBs). Features a computer vision pipeline for precise defect localization, a fine-tuned EfficientNetB0 model achieving 97.8% classification accuracy, and a full-stack Streamlit dashboard with real-time analytics, batch processing, and automated PDF reporting.
Kaggle's plant disease image classification competition. Finetuning pre-trained CNN models, loss functions, and optimizers in order to achieve better results.
AI-powered document fraud detection system using EfficientNetB0 (Transfer Learning) & Flask. Classifies documents as Genuine or Fraudulent with 84%+ accuracy. Features real-time predictions, confidence scoring, and a responsive web interface. Built with TensorFlow, Keras, OpenCV & Python.
AI web app that detects and classifies 9 common skin conditions using a locally-trained PyTorch EfficientNet-B0 model alongside Google Gemini Vision for diagnosis and personalised dermatological advice.
Coral reef health classification using EfficientNet-B0 ensemble with Grad-CAM explainability — 98.11% accuracy. Flask + React web app & Flutter mobile app.
A CNN benchmark on TrashNet, six waste classes over 2,527 images. ResNet50, EfficientNet-B0 and MobileNetV2 compared under an imbalance-aware pipeline, fused into a soft-voting ensemble, explained with Grad-CAM.
A deep learning project for 7-class Facial Expression Recognition with post-hoc explainability using LIME and SHAP. Two CNN architectures — ResNet-50 and EfficientNet-B0 — are trained and evaluated on FER2013 and RAF-DB, with pixel-level and region-level explanations generated for every prediction.
Forest fire solution combining thermal/RGB cameras with optimized deep learning models (EfficientNet + MobileViT) for real-time wildfire detection in Pakistan's forests. Deployable on Raspberry Pi, featuring Grad-CAM exploitability and multi-sensor fusion to reduce false alarms.