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Computer VisionStandardComputer visionSmart citiesTransfer learningGrad-CAM

Waste Sorting with Deep Learning

Photograph one waste item (upload or webcam) and see whether it is cardboard, glass, metal, paper, plastic or trash, the top-3 guesses, the dry-waste bin it belongs in, and a heat-map of the evidence. A small phone-sized CNN (MobileNetV3), fine-tuned on the TrashNet photos, beats three baselines on the same test photos, and the guide shows exactly where it still goes wrong.

₹2,999 one-time
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Waste sorting kit demo: a photo of a clear plastic tray classified as plastic (91%), with the top-3 guesses, the bin it belongs in and a Grad-CAM heat-mapWaste sorting kit demo: a photo of a clear plastic tray classified as plastic (91%), with the top-3 guesses, the bin it belongs in and a Grad-CAM heat-map

Our honest results

Fine-tuned MobileNetV3 accuracy - 379 held-out test photos0.942
Macro-F1 (frozen CNN baseline: 0.859; colour histogram: 0.730)0.926
Plastic called glass / glass called plastic5 of 72 / 0 of 75
Accuracy on test photos with no near-twin in training (255)0.918

Some objects were photographed twice, so the test set has partly seen them: the guide measures that, and shows that a colour histogram of only the photo's border already scores 0.69 (a background shortcut). The demo runs on any laptop CPU; training takes 3 min on a GPU or about 25 min on a fast laptop CPU.

What's included

Dataset credit

Thung G., Yang M. (2016). TrashNet. Stanford CS 229 project. github.com/garythung/trashnet - MIT licence.

Academic integrity

We sell code and teaching, not finished projects. You must understand, extend and write up the work yourself, acknowledge the kit and cite the dataset. No ready-made reports.

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