CAJ | 학술논문

通过对于医学图像可视化方法的研究，实现基于GLSL的带有交互裁剪等多种功能的三维纹理体绘制应用。该应用能使医生更加方便地观察医学图像数据内部结构，同时将多平面显示结果与体绘制结果合并显示以方便医生在观测到具体位置时获得更好的细节信息。实验结果表明：所实现应用可以对常见医学图像序列进行三维可视化并可以交互显示内部细节，交互性能好，切割速度快，效果逼真。
통과대우의학도상가시화방법적연구，실현기우GLSL적대유교호재전등다충공능적삼유문리체회제응용。해응용능사의생경가방편지관찰의학도상수거내부결구，동시장다평면현시결과여체회제결과합병현시이방편의생재관측도구체위치시획득경호적세절신식。실험결과표명：소실현응용가이대상견의학도상서렬진행삼유가시화병가이교호현시내부세절，교호성능호，절할속도쾌，효과핍진。
Through the research of visualization methods for medical image, this paper implemented a new application in 3D visualization with interactive cutting based on OpenGL. This application took it easier for doctors to observe the internal structure of medical image data, while through combining the result of multi-plane rendering and volume rendering, doctor could get better details when observing the region of interest. The experimental results prove this application can achieve 3D visualization with internal details to common medical image sequences, and has good interactive performance, fast cutting speed, and good result.