A lightweight detection algorithm for tooth cracks in optical images - Xie, Zewen; Hu, Xian; Guo, Lide; Lin, Weiren; Liu, Jiakun; Zhang, Chunliang; Ge, Guanghua; Tang, Yadong; Wang, Wenlong (Computers in biology and medicine, 2024)
Keywords: Adaptation; Algorithms; Artificial intelligence; Attention task; Automation; Classification; Cracked tooth detection; Cracked Tooth Syndrome - diagnostic imaging; Cracks; Datasets; Deep learning; Dentistry; Dentists; Fractures; Humans; Image enhancement; Image Processing, Computer-Assisted - methods; Impact analysis; Internal Medicine; Lightweight algorithm; Medical diagnosis; Medical research; Methods; Microcracks; Modules; Neural networks; Object detection; Object recognition; Optical image; Optical Imaging - methods; Other; Parameter identification; Performance evaluation; Semantics; Teeth; Thermal expansion; Tooth - diagnostic imaging; Tooth Fractures - diagnostic imaging; YOLOv8; Lightweight algorithm; Optical image; Cracked tooth detection; YOLOv8; Object detection