Notwithstanding the end of 2009 H1N1 pandemic,the threat for its revisit still persists and WHO has warned to remain vigilant.During that lime the situation was more panicky than fatal.In this article,a suggestion to ...Notwithstanding the end of 2009 H1N1 pandemic,the threat for its revisit still persists and WHO has warned to remain vigilant.During that lime the situation was more panicky than fatal.In this article,a suggestion to minimize the panic is provided by the usage of colour-coded masks and is proposed hereby as a "population segregation" approach in case of the revisit of HlNl or similar threatening respiratory viral infections.展开更多
提出一种新颖的基于彩色结构光的实时三维重建方法RRCS(Real-time 3D Reconstruction based on Color-coded Structured light),利用投影在物体表面的彩色结构光的彩色信息,快速准确地还原相位,计算出物体的高度,最终重建物体的三维模...提出一种新颖的基于彩色结构光的实时三维重建方法RRCS(Real-time 3D Reconstruction based on Color-coded Structured light),利用投影在物体表面的彩色结构光的彩色信息,快速准确地还原相位,计算出物体的高度,最终重建物体的三维模型。针对RRCS的特殊性,设计了基于拓扑排序的解相位算法,以及针对点线的快速三角网化算法。实验结果表明,RRCS对设备的要求低,效果较好,具备基本的实时性能。展开更多
文摘Notwithstanding the end of 2009 H1N1 pandemic,the threat for its revisit still persists and WHO has warned to remain vigilant.During that lime the situation was more panicky than fatal.In this article,a suggestion to minimize the panic is provided by the usage of colour-coded masks and is proposed hereby as a "population segregation" approach in case of the revisit of HlNl or similar threatening respiratory viral infections.
文摘提出一种新颖的基于彩色结构光的实时三维重建方法RRCS(Real-time 3D Reconstruction based on Color-coded Structured light),利用投影在物体表面的彩色结构光的彩色信息,快速准确地还原相位,计算出物体的高度,最终重建物体的三维模型。针对RRCS的特殊性,设计了基于拓扑排序的解相位算法,以及针对点线的快速三角网化算法。实验结果表明,RRCS对设备的要求低,效果较好,具备基本的实时性能。