论文部分内容阅读
本文引入摄像机模型中的对极几何关系对三角形区域顶点进行运动估计，并分析了基于仿射变换的三角形区域运动估计和补偿方法.这与过去的运动估计和补偿方法相比，既可节约一定的计算量，又能提高运动补偿精度.
In this paper, we introduce the pole-to-pole geometric relationship in the camera model to estimate the vertices of the triangular region, and analyze the triangular region motion estimation and compensation method based on affine transformation. Compared with the past motion estimation and compensation methods, The amount of computation, but also improve the accuracy of motion compensation.