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Research progress of computational Integral Imaging

机译:计算整体成像的研究进展

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Integral imaging technology would be one of the most promising technology for the battlefield visualization in future war. The reconstruction of integral imaging can be classified into optical reconstruction and computational reconstruction. Computational reconstruction is accomplished by computer simulation of the optical integral imaging reconstruction process, which can overcome many problems caused by device limitation in optical integral imaging system and improve the image quality through digital processing technology. The reconstructed image is digital format, which can provide data support for 3D depth extraction, 3D target recognition. 3D image processing and so on. Based on the principle of integral imaging, this paper focuses on the principle and development history of computational reconstruction, and compares the performance of two computational reconstruction methods.
机译:整体成像技术将是未来战争中最有希望的技术技术之一。积分成像的重建可以分为光学重建和计算重建。计算重建是通过对光学积分成像重建过程的计算机模拟来实现的,这可以通过数字加工技术来克服由光学积分成像系统中的装置限制引起的许多问题,提高图像质量。重建图像是数字格式,可以为3D深度提取,3D目标识别提供数据支持。 3D图像处理等。基于整体成像原理,本文侧重于计算重建的原理和开发史,并比较了两个计算重建方法的性能。

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