1. Evaluating Yolov7, Yolov8, Adaboost, And RCNN For Object Detection In Dental Prosthetic Imaging.
- Author
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Khairkar, Ashwini D., Kadam, Sonali, Warke, Kanchan, Raj, Waghisha, Tandel, Shraddha, Ola, Sanchita, and Deshmukh, Shrikala
- Subjects
DENTAL implants ,ARTIFICIAL intelligence ,DENTAL clinics ,DENTAL care ,PROSTHODONTICS - Abstract
The integration of artificial intelligence (AI) into prosthodontics has significantly improved diagnostic accuracy and treatment planning precision. This research evaluates the efficacy of four prominent object detection algorithms--YOLOv7, YOLOv8, AdaBoost, and RCNN--in identifying dental implants from radiographic images. Using a custom dataset containing over 5000 images collected from dental clinics, the study conducts a thorough assessment of each algorithm's performance. The proposed approach involves data processing and model training. This comparative analysis provides valuable insights into the performance characteristics of each algorithm, particularly regarding dental implant identification. Such insights can assist prosthodontists in making informed decisions regarding algorithm selection for clinical implementation, ultimately enhancing patient care and treatment outcomes in the field of dental prosthetics. Findings suggest that YOLOv7 and YOLOv8 excel in both speed and accuracy of dental implant identification, with AdaBoost also performing admirably, although with slightly slower processing times. However, RCNN, despite its precise localization capabilities, demonstrates relatively slower processing speeds. Evaluation metrics unveil varying levels of accuracy among the models, ranging from 77% to 92%. Furthermore, these findings contribute to the ongoing advancements in AI-assisted dental care, promising improved efficiency and precision in treatment planning and execution for better patient outcomes. [ABSTRACT FROM AUTHOR]
- Published
- 2024