A method for establishing virtual reality-assisted surgery based on medical images

Abstract

The invention relates to a method for establishing a virtual reality-assisted operation based on medical images, the method comprising: obtaining volume data of a specific tissue from a patient's medical tomographic image, and processing the volume data to generate a three-dimensional human body represented by a tetrahedral network Tissue model; construct a 3D model operating room equivalent to a real operating room based on virtual reality glasses; add a 3D human tissue model to the 3D model operating room, and add collision detection bounding boxes to each tissue in the tissue model to detect simulated operations Whether it collides with various tissues; match the control device associated with the 3D model operating room with the tissue model to obtain the matching relationship, so that the user can use the control device to perform virtual reality-assisted surgery. The above method uses the tissue data extracted from the patient's CT image data to carry out three-dimensional modeling, and restores the real human tissue and surgical scene with the help of virtual reality equipment, so as to achieve the immersion and interactivity brought by virtual surgery.

Description

technical field [0001] The invention relates to virtual reality technology, in particular to a method for establishing medical image-based virtual reality-assisted surgery. Background technique [0002] The virtual assisted surgery system has important application value in preoperative planning, teaching, and doctor-patient communication. Due to the constraints of hardware equipment and computer technology, most of the current research on virtual surgery systems uses simulation platforms to simulate human tissue experiments, which loses the sense of immersion required by virtual reality; in addition, the human tissue models of virtual surgery systems are basically They all use 3D software for simulation, which lacks authenticity, has little value for actual surgical applications, and does not yet meet the requirements of virtual surgical systems for clinical applications. Nowadays, the rapid development of software and hardware technologies such as computer technology, comm...

AI Technical Summary

Problems solved by technology

Due to the constraints of hardware equipment and computer technology, most of the current research on virtual surgery systems uses simulation platforms to simulate human tissue experiments, which loses the sense of immersion required by virtual reality; in addition, the human tissue models of virtual surgery systems are basically They all use 3D software for simulation, which lacks authenticity and is of little value to actual surgical applications, and it does not yet meet the requirements of virtual surgical systems for clinical applications.

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