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Medical Image & Video Understanding
Computer vision methods for medical images and videos, including segmentation, quantitative analysis, anatomical understanding, and surgical video analysis.
AI for Science • Computer Vision • Medical AI
I am a Postdoctoral Researcher at the Center of Excellence for Generative AI (CoE GenAI) at King Abdullah University of Science and Technology (KAUST), Saudi Arabia. My research focuses on AI for Science, including computer vision, video understanding, privacy-preserving machine learning, and healthcare applications.
AI FOR SCIENCE
I develop computer vision and multimodal AI methods for scientific and healthcare applications, with a focus on extracting meaningful information from complex visual data and translating it into reliable, interpretable, and useful outputs.
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Computer vision methods for medical images and videos, including segmentation, quantitative analysis, anatomical understanding, and surgical video analysis.
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Methods that combine visual, textual, quantitative, and structured medical information for grounded multimodal reasoning and generation.
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AI systems that translate model predictions into interpretable, clinically meaningful information to support assessment, monitoring, and decision-making.
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Methods and evaluation strategies that improve grounding, factual consistency, robustness, and reliability in AI systems for scientific and healthcare settings.