摘要
在箱包、集装箱CT检测系统的三维可视化研究中,由于其检测对象复杂,没有先验知识,造成三维造型在这个领域的应用还不广泛。论文提出了针对箱包、集装箱CT检测系统的三维造型人机交互的实现方法,基于Marching Cubes(MC)算法,设计出自动检测阈值的三维造型方法流程,解决了对被测物体没有先验知识的问题,在实际箱包集装箱CT检测系统运用中具有良好的三维效果和可操作性。论文提出的设计对于国内生产具有自主知识产权的箱包集装箱CT检测三维可视化系统具有重要意义。
In the research field of 3D visualization in luggage and container CT inspection systems, there was a bottleneck that objects were complicated and with no prior information, which leaded to 3D visualization not widely used in the area. The paper proposed a human-computer interaction implement process, basing on Marching Cubes algorithm, and schemed out an automatic threshold detection flow to solve lack-prior-information problem. It obtained satisfied effect and maneuverability as applied in real luggage and container CT inspection systems. The design provided in the paper will play an important role in the development of 3D visualization in luggage and container CT inspection systems with.
出处
《核电子学与探测技术》
CAS
CSCD
北大核心
2010年第3期308-311,共4页
Nuclear Electronics & Detection Technology
