OBJECTIVES
To systematically evaluate evidence on artificial intelligence (AI) for upper airway-related image analysis, with emphasis on upper-airway segmentation, adenoid-hypertrophy assessment, and sinonasal applications in orthodontic and craniofacial imaging.
MATERIAL AND METHODS
The protocol was registered in PR...
Hugo Henrique dos Santos Dantas Guimarães, Karla-Nogueira Matos· International Orthodontics· 0 citations
Current evidence supports AI-based analysis of 2D and 3D facial data showed promising performance for selected orthodontic and dentofacial tasks, and methodological heterogeneity, predominantly internal evaluation, and low overall certainty limited clinical translation.
Hugo Henrique dos Santos Dantas Guimarães, Karla-Nogueira Matos· International Orthodontics· 0 citations
Artificial intelligence-based models show promising diagnostic potential for VRF detection, particularly on CBCT, however, current evidence mainly reflects performance under controlled or partially controlled conditions and should not be interpreted as definitive real-world diagnostic effectiveness.
Karla-Nogueira Matos, Hugo Henrique dos Santos Dantas Guimarães, Pedro Vitor dos Santos Sobrinho et al.· European Endodontic Journal· 0 citations
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