Design and implementation of a 3D digestive teaching system based on virtual reality technology in modern medical education

Abstract

At present, virtual reality technology is still in its infancy in the medical field in China, and the application ratio of virtual reality technology in medical education and medical treatment is relatively low. Based on the structure of the human stomach, this study integrates virtual reality technology, sensing technology, big data technology, and cloud computing technology to form a new form of medical education with an online website platform for data storage and analysis and offline VR glasses for physical operation. The project has established a model of the morphological structure and physiological processes of the human stomach in basic medicine, a model of the pathological tissue structure and pathophysiological processes in basic medicine, a model of the pharmacological processes and clinical pharmacology in basic medicine, and a model of the integrated treatment of the human stomach in clinical medicine for medical students at the university, as well as a model of the integrated treatment of preoperative discussions in clinical medicine and a model of the integrated treatment of doctor-patient communication in clinical medicine for clinicians at the hospital. It also established a model of integrated clinical medicine preoperative discussion and treatment, a model of integrated clinical medicine doctor-patient communication, and integrated clinical medicine general health treatment. The model has effectively improved the quality and efficiency of medical education, updated the concept of medical education, facilitated the formulation of surgical plans and the reduction of surgical risks as well as provided experimental materials for scientific research, and can be further developed into a three-dimensional structure of the human circulatory system and the major systems of the human body in the future.

A Web-Based Auxiliary Teaching System for College English

“…In the future, with the deepening of campus network construction, the application demand of campus networks is higher and higher. Designed system Reference [12] system Reference [13] system Designed system Reference [12] system Reference [13] system…”

“…e English teacher's aide system web-based innovation, the English distance multimedia teaching system based on virtual actuality designed by reference [12], and the engaging numerical optimization augmented reality teaching system designed by reference [3] are all used to evaluate the system's effectiveness.…”

“…In the current design of English-assisted teaching system, the system based on-campus network can effectively make up for the shortage of traditional English-assisted teaching means and ensure students study English-assisted teaching knowledge independently under the campus network, which can not only realize modern English-assisted teaching in higher vocational education but also promote students' autonomy in English learning and play a positive role. Reference [12] proposes a system of using virtual reality technology to achieve English distance teaching and uses multimedia tools to assist English teaching to improve the teaching effect. Use 3D scanners to build a three-dimensional teaching mode to assist the advancement of the teaching curriculum system.…”