F1000 Research Ltd
Task Specific Computer Vision Versus Large Multi-Modal Models for Diagnostic Test Interpretation – A Benchmarking Study
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Mendonca, R; Smedinghoff, S; Li, B; Gupta, K; Ruan, Y; Morris, S; Isabelli, P; Hattery, D; Ratevosian, J; Mateen, BA
September 8, 2025
Duke Scholars
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Mendonca, R., Smedinghoff, S., Li, B., Gupta, K., Ruan, Y., Morris, S., … Mateen, B. A. (2025). Task Specific Computer Vision Versus Large Multi-Modal Models for Diagnostic Test Interpretation – A Benchmarking Study. F1000 Research Ltd. https://doi.org/10.12688/verixiv.1936.1
Mendonca, Rouella, Sam Smedinghoff, Bronte Li, Krishnam Gupta, Yongshao Ruan, Sarah Morris, Paul Isabelli, David Hattery, Jirair Ratevosian, and Bilal A. Mateen. “Task Specific Computer Vision Versus Large Multi-Modal Models for Diagnostic Test Interpretation – A Benchmarking Study.” F1000 Research Ltd, September 8, 2025. https://doi.org/10.12688/verixiv.1936.1.
Mendonca R, Smedinghoff S, Li B, Gupta K, Ruan Y, Morris S, et al. Task Specific Computer Vision Versus Large Multi-Modal Models for Diagnostic Test Interpretation – A Benchmarking Study. F1000 Research Ltd. 2025.
Mendonca, Rouella, et al. “Task Specific Computer Vision Versus Large Multi-Modal Models for Diagnostic Test Interpretation – A Benchmarking Study.” F1000 Research Ltd, 8 Sept. 2025. Crossref, doi:10.12688/verixiv.1936.1.
Mendonca R, Smedinghoff S, Li B, Gupta K, Ruan Y, Morris S, Isabelli P, Hattery D, Ratevosian J, Mateen BA. Task Specific Computer Vision Versus Large Multi-Modal Models for Diagnostic Test Interpretation – A Benchmarking Study. F1000 Research Ltd. 2025.