现有的IBMR方法不能有效地实时重建光照条件变化的动态场景图像。
No effective IBMR method has been presented to reconstruct dynamic scene images under changing lighting conditions till now.
在实验中，该数据采集卡达到了预期的设计要求，实时重建出了镜体形状。
In the experiment, the data collection board meet the functional requirement, and can reconstruct the real-time shape of endoscope body.
在心动过速时应用CARTO系统标测相关心房，实时重建三维电解剖图，并用以指导射频放电消融靶点。
During tachycardia, three-dimensional electroanatomical map of the atrium of interest was created using CARTO system, and under its guidance radiofrequency(RF) pulses were delivered.
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