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Hybrid Endoscopes Applications for Internal Organs Oncology Diagnostics

机译:混合内窥镜在内部器官肿瘤学诊断中的应用

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Application of a new kind of endoscope has been proposed for the image of internal organs transmission. Image transmission is carried out not only by video camera but also some certain fragments of the image are transmitted by the image sensor based on fiber optics. This composition provides elimination of the information losses which are connected with three-colored principle of television image transmission. Additional spectral information increases the reliability of diagnoses made on the base of data presented by endoscope. The structural circuit of the proposed endoscope has been considered and discussed. The most common area of practical application of this endoscope is internal organs oncology diagnostics. In order to perform such diagnostics, some preliminary investigations are required because the reflection spectra of human tissues defeated by the cancer cells, are not yet known. Such hybrid endoscope can be used in gastroscopy, bronchoscopy, colonoscopy, laparoscopy, and all other similar areas. The principle of multispectral processing which is used in fiber-optics-based sensors provides obtaining of maximum possible spectral information in addition to high spatial resolution provided by RGB camera.
机译:提出了一种新型的内窥镜用于内脏器官传输图像的应用。图像传输不仅由摄像机执行,而且图像的某些特定片段也由基于光纤的图像传感器传输。这种构成消除了与电视图像传输的三色原理有关的信息损失。附加的光谱信息可提高基于内窥镜显示的数据进行诊断的可靠性。已经考虑并讨论了所提出的内窥镜的结构电路。该内窥镜最实际的实际应用领域是内部器官肿瘤学诊断。为了进行这样的诊断,需要一些初步的研究,因为尚不知道被癌细胞破坏的人体组织的反射光谱。这种混合内窥镜可用于胃镜,支气管镜,结肠镜,腹腔镜和所有其他类似领域。在基于光纤的传感器中使用的多光谱处理原理除了提供RGB相机提供的高空间分辨率外,还提供了最大可能的光谱信息的获取。

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