FDIM仿真智能培训平台

FDIM仿真智能培训平台通过VR眼镜和红外笔提供沉浸式3D操作体验，使用户能够直观操控和旋转模型，实现互动性强、逼真的医学教学与培训，帮助医学生熟悉患者个性化解剖结构。平台核心技术包括数据三维重建和三维成像，主要采用偏振式3D显示技术。该技术通过偏振滤镜向左右眼分别呈现不同图像，使大脑感知三维深度，具有减少串扰、提升亮度和兼容性强的优点。构建流程中，工程师首先上传脱敏的dicom格式二维数据，生成.STL格式三维模型；然后将dicom图像与三维模型导入AI辅助医学影像标注软件进行手动重建，并通过AI技术精细化几何解剖结构。最终，利用裸眼3D设备渲染模型。

The FDIM Simulation Intelligent Training Platform delivers immersive 3D operational experiences via VR glasses and infrared pens, enabling users to intuitively manipulate and rotate models for highly interactive and realistic medical education and training, thus helping medical students become familiar with the individualized anatomical structures of different patients. The core technologies of the platform encompass data 3D reconstruction and 3D imaging, with polarized 3D display technology as the primary solution. This technology projects distinct images to the left and right eyes via polarizing filters, allowing the human brain to perceive 3D depth, and boasts advantages such as minimized crosstalk, enhanced brightness and excellent compatibility. In its development workflow, engineers first upload de-identified DICOM-format 2D medical data to generate .STL-format 3D models; subsequently, the DICOM images and the generated 3D models are imported into AI-assisted medical image annotation software for manual reconstruction, followed by fine-tuning of the geometric anatomical structures through AI technologies. Ultimately, the models are rendered using naked-eye 3D devices.

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