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Quantization error in stereo imaging system with noise distributions

机译:具有噪声分布的立体化成像系统的量化误差

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The problem of estimating quantization error in 2D images is an inherent problem in computer vision. The outcome of this problem is directly related to the error in reconstructed 3D position coordinates of an object. Thus estimation of quantization error has its own importance in stereo vision. Although the quantization error cannot be controlled fully, still statistical error analysis helps us to measure the performance of stereo systems that relies on the imaging parameters. Generally, it is assumed that the quantization error in 2D images is distributed uniformly that need not to be true from a practical aspect. In this paper, we have incorporated noise distributions (Triangular and Trapezoidal) for the stochastic error analysis of the quantization error in stereo imaging systems. For the validation of the theoretical analysis, the detailed simulation study is carried out by considering different cases.
机译:估计2D图像中量化误差的问题是计算机视觉中的固有问题。此问题的结果与对象的重建的3D位置坐标中的错误直接相关。因此,估计量化误差在立体视觉中具有自身重要性。虽然量化误差无法完全控制,但仍然统计错误分析有助于我们测量依赖于成像参数的立体声系统的性能。通常,假设2D图像中的量化误差均匀地分布,其不需要来自实际方面。在本文中,我们已经结合了噪声分布(三角形和梯形),用于立体成像系统中量化误差的随机误差分析。为了验证理论分析,通过考虑不同的情况进行详细的仿真研究。

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