Optimizing orthodontic treatment plans with the help of intelligent systems based on artificial intelligence and machine learning

Sepideh Gohari¹

1) Department teacher assistance and researcherو phd student engineering north Tehran branch ,Islamic azad university ,Tehran,Iran

IOI Code : AAGF-AAFZBC
Publication : 9th International Conference on Applied Researches in Science & Engineering (carseconf.com/9th)
Abstract :
    According to the article “Optimizing Orthodontic Treatment Plans with the Help of Intelligent Systems Based on Artificial Intelligence”, it can be said that Artificial Intelligence (AI) plays a key role in promoting and improving orthodontic treatments (and dentistry in general) through intelligence. In short, the intelligence of orthodontic treatment with the help of AI is as follows: 1. More accurate diagnosis and analysis: • AI can analyze radiographic images (such as X-rays and CT scans) with high accuracy and identify abnormalities, skeletal and dental problems that may be overlooked by the human eye. • The ability to process a huge amount of patient data (including images, medical and genetic records) helps in earlier and more accurate diagnosis. 2. Personalized treatment planning: • Based on detailed analyses, AI is able to provide highly personalized treatment plans for each patient. These designs are optimized by taking into account the unique characteristics of the patient (such as jaw structure, tooth position, and even genetics). • Predicting treatment outcomes using AI modeling and simulations allows the dentist to assess the effectiveness of the treatment plan before implementation. 3. Improving the manufacturing and design process: • In the field of custom dentures or braces, AI can help in designing these components more accurately and optimally. This leads to a better fit, greater patient comfort, and increased treatment efficiency. • The manufacturing process of these components can also be guided by AI to increase speed and accuracy. 4. Increasing efficiency and reducing errors: • By automating some diagnostic and analytical tasks, AI allows dentists to spend more time directly interacting with the patient and performing complex treatments. • Reducing human error in data analysis and treatment planning leads to better and more satisfactory results for patients. 5. Treatment management and follow-up: • AI-based systems can help track the treatment process and assess patient progress, and suggest updates to the treatment plan if needed. Finally, the smartization of orthodontic treatment with the help of AI moves towards increasing diagnostic accuracy, personalizing treatment, improving outcomes, and increasing the overall efficiency of the treatment process, transforming the future landscape of dentistry. • Artificial intelligence (AI) increases accuracy and speed in dentistry by providing advanced tools and techniques and improves diagnosis, treatment, and planning capabilities. Applications of AI in dentistry: • Automatic diagnosis of diseases through radiological images. Improving efficiency in treatment planning and predicting outcomes. • Rapid and accurate assessment of dental conditions and diseases. • Help in designing custom prosthetics and precision surgeries. • Improve oral health care management. Impact of AI on dental imaging: • AI algorithms are able to analyze dental images such as X-rays, CT scans, and intraoral photographs and help diagnose oral, dental, and periodontal diseases. • AI-based imaging systems can generate 3D models of teeth and jaws and help dentists plan treatment. AI and patient engagement: • AI-based virtual computing and insurance can provide patients with medical information about hygiene, treatment, and planning. Impact of AI on creating dentures: • Design optimization: AI can analyze vast data from dental records and patient information and create accurate, customized designs for dentures. • Manufacturing systems: AI-based manufacturing systems can streamline the process of manufacturing dentures and produce teeth with high precision and accuracy. • Personalization: AI can compare digital analyses of patients’ teeth to improve designed models and create a more accurate match to natural teeth. • Quality assurance: AI can check fabricated teeth for structural defects and ensure their high quality.

Keywords : orthodontic treatment plan optimization intelligence artificial intelligence machine learning