A Review: Impact of Artificial Intelligence on Restorative Dentistry in Recent Times

Abstract

Artificial intelligence is defined as "the study and improvement of computer systems capable of performing tasks typically requiring cognitive abilities, such as image perception, speech recognition, decision making, and language translation." When a computer imitates analytical traits such as "learning and problem-solving," which humans normally connect with other human brains, the term "AI" is employed. A profusion of studies and papers on the function of AI in restorative dentistry have been published in recent years, with the majority of the efforts focusing on recognising and diagnosing dental disorders such as caries, gum disease, and tooth fractures. The major purpose of this study is to undertake a thorough review of prior research on the impact of artificial intelligence on restorative dentistry. The relevance of the theme tooth reconstruction was prioritised during the search. AI has achieved important improvements in a wide range of medical fields, most notably in dentistry for the diagnosis, localization, classification, estimation, and assessment of dental disease. This review only covers seven papers on the impact of AI on restorative dentistry. Artificial intelligence (AI) has advanced significantly as a powerful tool for computerised tooth repair during the previous two decades. More study is needed, however, to compare different types of AIs and assess their clinical usefulness in occlusal interface restoration.