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NOTES{sup}(3D): ENDOSCOPES LEARN TO SEE 3-D: Basic Algorithms for a Novel Endoscope

机译:注意{sup}(3d):内窥镜学会了解三维:新型内窥镜的基本算法

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TOF chips enable the acquisition of distance information via the phase shift of a reference signal and the reference signal reflected in a scene. Transmitting the reference signal via the light conductor of an endoscope and mounting a TOF chip distally enables the acquisition of distance information via an endoscope. The hardware combination of TOF technology and endoscope optics is termed Multisensor-Time-Of-Flight endoscope (MUSTOF endoscope). Utilizing a MUSTOF endoscope in the context of NOTES procedures, enables the direct endoscopic acquisition of 3-D information (NOTES{sup}(3D)). While hardware issues are currently under investigation, an algorithmic framework is proposed here, dealing with the main points of interest: calibration, registration and reconstruction.
机译:TOF芯片通过参考信号的相移和场景中反映的参考信号能够获取距离信息。通过内窥镜的光导体传输参考信号并将TOF芯片远端安装通过内窥镜来获取距离信息。 TOF技术和内窥镜光学器件的硬件组合称为多传感器 - 飞行时间内窥镜(Mentof内窥镜)。在Notes过程的上下文中利用Mistof内窥镜,可以直接内窥镜采集3-D信息(Notes {Sup}(3D))。虽然目前正在调查硬件问题,但此处提出了一种算法框架,处理兴趣点:校准,注册和重建。

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