混合现实智能手术训练系统

混合现实智能手术训练系统通过Hololens 2设备，将虚拟3D模型与现实环境结合，提供细致逼真的手术场景和沉浸式互动体验，显著提升医务人员的训练效果和手术技能。该系统基于数据三维重建与混合现实（MR）技术，使用户在现实与虚拟间自然交互，可通过拖动、旋转等多种方式高精度操作模型。构建流程包括：工程师上传脱敏后的dicom二维数据至自动重建服务生成.STL格式三维模型，将其与dicom图像导入AI辅助医学影像标注软件手动重建，并通过AI技术精细化几何解剖结构。重建后的模型通过Hololens 2的MR技术与优化算法进行渲染与交互。The mixed-reality intelligent surgical training system, via the Hololens 2 device, combines virtual 3D models with the real environment to deliver detailed and realistic surgical scenarios and immersive interactive experiences, significantly improving the training efficacy and surgical skills of medical personnel. This system is based on data 3D reconstruction and mixed reality (MR) technologies, enabling users to interact naturally between the real and virtual worlds, and to manipulate models with high precision through various operations such as dragging and rotating. The construction workflow includes: engineers upload anonymized 2D DICOM data to the automatic reconstruction service to generate 3D models in .STL format, import both the generated models and DICOM images into AI-assisted medical image annotation software for manual reconstruction, and refine the geometric anatomical structures using AI technologies. The reconstructed models are rendered and enabled for interactive operations via the MR technology and optimized algorithms of the Hololens 2 device.

搜集汇总

背景与挑战

背景概述

该数据集可能专注于混合现实技术在手术训练领域的应用，旨在通过智能系统提升医疗培训效果。由于访问错误，无法获取更多细节，但推测其包含与手术模拟、现实增强交互相关的数据，以支持医疗专业人员的技能发展。