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Digital Refocusing: All-in-Focus Image Rendering Based on Holoscopic 3D Camera

机译:数字重聚焦:基于全息3D相机的全焦点图像渲染

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This paper presents an innovative method for digital refocusing of different point in space after capturing and also extracts all-in-focus image. The proposed method extracts all-in-focus image using Michelson contrast formula hence, it helps in calculating the coordinates of the 3D object location. With light field integral camera setup the scene to capture the objects precisely positioned in a measurable distance from the camera therefore, it helps in refocusing process to return the original location where the object is focused; else it will be blurred with less contrast. The highest contrast values at different points in space can return the focused points where the objects are initially positioned as a resu all-in-focus image can also be obtained. Detailed experiments are conducted to demonstrate the credibility of proposed method with results.
机译:本文提出了一种创新的方法,可以在捕获后对空间中的不同点进行数字重聚焦,并提取全焦点图像。所提出的方法使用迈克尔逊对比度公式提取全焦点图像,因此有助于计算3D对象位置的坐标。通过使用光场集成摄像机设置,场景可以捕获与摄像机可测量距离精确定位的对象,因此,它有助于重新聚焦过程以返回聚焦对象的原始位置;否则它将以较少的对比度模糊。空间中不同点处的最高对比度值可以返回对象最初放置时的焦点。也可以获得全焦点图像。进行了详细的实验,以证明所提出方法的可靠性和结果。

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