Applied AI · Health AI · Computer Vision
Early NTD-Related Cataract Detection
Computer vision for neglected tropical disease screening
TBC
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Problem
Cataract and related ocular presentations associated with neglected tropical disease are often caught late, especially where ophthalmology coverage is thin.
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Context
Deep-learning computer vision for early detection, recognised in a UN award listed on the professional profile.
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Dataset
Ocular imagery for supervised visual screening. Clinical dataset governance documented before public claims about data sources.
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Methodology
Supervised visual screening models intended as a triage aid, not a stand-alone diagnosis.
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Model / architecture
Deep convolutional models for early presentation detection.
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Results
A screening hypothesis: that computer vision can extend scarce specialist attention rather than replace it.
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Evaluation metrics
- Domain
- Ocular screening
- Recognition · unverified
- UN award
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Challenges
Clinical image quality, demographic bias in training sets, and the ethical bar for any model that might influence a referral.
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Impact
Extending scarce specialist attention through computer-vision triage in low-resource settings.
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Tools / technology
- Python
- Deep learning
- Computer vision
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Related research
Related publications will be linked here once the bibliography is complete.
