CAJ | 학술논문

目的：针对传统脑血管CT图像三维重建过程的复杂性与不便捷性，探究一种基于裸眼3D视觉效果的脑血管CT图像三维重建方法，使重建过程更加快速。方法：在智能化神经网络融合模型的基础上，对脑血管CT图像病灶部分进行分割，建立3D人体模型数据库，从数据库选取相应部分对病灶进行替换，快速地完成脑血管CT三维重建过程。结果：通过3D人体模型数据库，节省了重建过程的时间，大大提高了脑血管CT图像三维重建的效率，从而有助于快速完成诊断。结论：该方法有利于更快速、便捷地实现脑血管CT的逼真展示，方便医生与病患的交流与沟通。
목적：침대전통뇌혈관CT도상삼유중건과정적복잡성여불편첩성，탐구일충기우라안3D시각효과적뇌혈관CT도상삼유중건방법，사중건과정경가쾌속。방법：재지능화신경망락융합모형적기출상，대뇌혈관CT도상병조부분진행분할，건립3D인체모형수거고，종수거고선취상응부분대병조진행체환，쾌속지완성뇌혈관CT삼유중건과정。결과：통과3D인체모형수거고，절성료중건과정적시간，대대제고료뇌혈관CT도상삼유중건적효솔，종이유조우쾌속완성진단。결론：해방법유리우경쾌속、편첩지실현뇌혈관CT적핍진전시，방편의생여병환적교류여구통。
To explore rapid 3D reconstruction based on wiggle stereoscopy for cerebrovascular CT images to e-liminate the complicacy and inconvenience of the traditional methods. Focal parts of cerebrovascular CT images were segmented based on intelligent neural network fusion model. A 3D human body model base was established, and the focal parts were replaced with the corresponding ones in the base to realize cerebrovascular CT images 3D reconstruction. The 3D human body model base enhanced the efficiency of the cerebrovascular CT images 3D reconstruction greatly. The rapid reconstruction based on wiggle stereoscopy facilitates the display of cerebrovascular CT im-ages.