Abstract
The important application of computer imaging technology in the medical field is a necessary auxiliary method for clinical diagnosis and treatment. At present, many people are affected by various factors and have various problems caused by the dental cellular bone. Traditional treatment methods are complex and long, which can cause damage to body tissues. Based on this problem, this paper takes the augmented reality measurement of X-ray dental film as the research object. Based on the in-depth measurement algorithm of the computer image analysis system, two three-dimensional reconstruction methods based on the center of gravity and the matching of the front and side positions are proposed. These two methods only need two X-rays of the front and side of the dental film, the three-dimensional parameters are obtained through calculation and analysis of each spine in the X-ray film, and these parameters are used to fit the dental alveolar bone model. The experimental results prove that the computer-based image analysis system has a great effect on the measurement of X-ray dental film alveolar bone. The positive correlation coefficient reaches 0.87. Compared with the cerebral infarction caused by other methods, the proportion of people with dental film alveolar bone injury is about 15%; after treatment, the functional recovery rate reaches more than 80%. Studies have found that there is a great difference in the age of the population that needs to be treated for dental slices and alveolar bone. The grade of patients is generally under 20 and over 60. This shows that the measurement of X-ray dental film alveolar bone based on computer image analysis system can play an important role in protecting people's oral health.
Highlights
With continued progress and development of computer technology, virtual reality technology [1], graphics technology, and image processing technology, computer imaging technology has emerged
Computer imaging technology has changed the traditional way of displaying things and improved people’s ability of analyzing and understanding complex things
With the continuous advancement of medical imaging technology, the three-dimensional visualization of medical images plays an increasingly important role in measuring the augmented reality of X-ray dental film alveolar bone and has gradually become an important auxiliary method for medical diagnosis and treatment. rough the computer’s image analysis system, the doctor can more sensitively observe the shape, size, position, and deformation of the cellular bone, which is suitable for the doctor to make an accurate, scientific, and logical diagnosis and treatment, which can improve the efficiency of work [3]
Summary
Received 6 January 2021; Revised 15 February 2021; Accepted 1 March 2021; Published 18 March 2021. Traditional treatment methods are complex and long, which can cause damage to body tissues. Based on this problem, this paper takes the augmented reality measurement of X-ray dental film as the research object. E experimental results prove that the computer-based image analysis system has a great effect on the measurement of X-ray dental film alveolar bone. Compared with the cerebral infarction caused by other methods, the proportion of people with dental film alveolar bone injury is about 15%; after treatment, the functional recovery rate reaches more than 80%. Is shows that the measurement of X-ray dental film alveolar bone based on computer image analysis system can play an important role in protecting people’s oral health E grade of patients is generally under 20 and over 60. is shows that the measurement of X-ray dental film alveolar bone based on computer image analysis system can play an important role in protecting people’s oral health
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