高分辨率三维显示器件的系统集成和应用验证年度进展报告  

System Integration and Application Verification of Three-Dimensional Display Devices with High Resolution

作　　者：凌志华 马骏 谭小地[2] 常军[2] 匡翠芳[3] 

机构地区：[1]上海天马微电子有限公司 [2]北京理工大学 [3]浙江大学

出　　处：《科技创新导报》2016年第12期170-170,共1页Science and Technology Innovation Herald

摘　　要：针对文化、医疗等领域对高分辨率三维显示的重大需求,分别从光场再现高分辨率三维显示系统和波前重建高分辨率三维显示系统两个方面进行方法的研究和总结。对目前已取得的7个不同角度的关键技术突破进行了详细的描述。包括基于光场扫描的360°可探入光场三维显示系统、脑部核磁共振图像分割、基于CT体数据的超声图像实时模拟方法、造影图像血管中心线自动提取、非接触式皮下静脉实时增强显影系统、基于平行结构检测与聚类的血管结构识别方法、高分辨动态波前重建三维显示系统方法设计与系统搭建。最后从以上两个方面对下一步研究计划进行了阐述。To relieve the great requirement of public to three-dimensional display with high resolution in the fields of culture and medical treatment, we analyze and summarize the methods of the construction of three-dimensional display system with high resolution from two aspects. They are separately based on optical field reproduction and wave-front reconstruction. Seven different techniques that are acquired by making great breakthrough are described in detail. The techniques respectively include： 360 degree three-dimensional display device based on optical field reproduction, brain segmentation of Magnetic Resonance images, real-time simulation of ultrasound images based on CT data, automatic vascular centerline extraction of angiograms, non-contact real-time enhanced display of subcutaneous veins, vascular identification based on the detection of parallel structure and clustering, three-dimensional display system design and construction of high resolution dynamic wave-front reconstruction. Finally, the current limitation are reviewed and the future works are looked forward.

关 键 词：三维显示 高分辨率 光场再现 波前重建 医学影像 文化 

分 类 号：TP391.41[自动化与计算机技术—计算机应用技术]