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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.
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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.

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Nina Link

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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.
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Get in touch with any questions.

Nina Link

Contact

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Please tell us about your inquiry:

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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.
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Get in touch with any questions.

Nina Link

Please tell us about your inquiry:

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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.

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Get in touch with any questions.

Nina Link

Please tell us about your inquiry:

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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.
Contact us

Get in touch with any questions.

Nina Link

Contact

Contact

Contact

Please tell us about your inquiry:

Follow Us
By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.
Contact us

Get in touch with any questions.

Nina Link

Please tell us about your inquiry:

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By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.

Contact us

Get in touch with any questions.

Nina Link

Please tell us about your inquiry:

Follow Us
By combining computer vision, anthropometric measurements, and deep-learning models, AIMM explores how undernutrition can be screened more quickly, less invasively, and at larger scale in low-resource settings.
Contact us

Get in touch with any questions.

Nina Link