重点研究了频域平滑约束复原方法以及该方法在遥感领域中的实际应用。
The smoothness constraint method of image restoration in frequency domain and its practical application in the remote sensing field are emphasized.
加入特定约束得到的各种特定约束复原方程均能有效的复原空间移变降质图像。
And the restoration equation with specific constraint can restore space-variant blurring image effectively.
文章先介绍了平滑约束复原方法的理论基础，然后用该方法对CCD相机的遥感图像进行了复原处理。
The theory based on smoothness constraint restoration is introduced, then the remote sensing image of CCD camera with the method is processed.
可以得出结论，在一定条件下，利用平滑约束复原方法可以有效地改善整个系统的调制传递函数，从而使图像变得清晰。
Results show th at under certain conditions, the whole system MTF can be effectually improved by smoothness constraint restoration, consequently, the remote sensing image becomes clear.
运用最大有界熵概念，提出了二值约束的最大有界熵复原法。
Maximum bounded entropy principle is employed concerning the prior knowledge of binary image, the maximum bounded entropy restoration method with binary constraint is put forword.
根据印刷图像处理技术的基本原理，针对印前的电子出版图像处理中存在的原稿图像运动模糊现象，介绍了约束最小二乘方滤波复原技术消除图像模糊方法。
The method of constrained least squares filter image restoration was introduced, which was applied to process image motion blur in original manuscript before the printing of electronic publishing.
介绍了具有非负和有限支撑约束的递归逆滤波器盲图像复原算法。
A restoration algorithm for recursive inverse filtering blind image is introduced for non-negative and finite support images.
文中提出的图像复原算法就是基于约束最小二乘方法的，并对其进行了改进。
The method posed by this article is based on constrained least square methods, hut it is improved.
提出在波动分析法约束下，恢复原型盆地剥蚀量的新思路。
A new way to restore the erosion amount of prototype basin is presented under the control of wave analysis method.
本文研究内容作为计算机辅助的三维颅面复原项目的一部分，研究一种约束纹理映射算法，使得三维颅面复原的效果具有照片真实感。
In this paper, we propose an approach of constrained texture mapping for 3d face model to strengthen the realism of the craniofacial reconstruction results.
本文研究内容作为计算机辅助的三维颅面复原项目的一部分，研究一种约束纹理映射算法，使得三维颅面复原的效果具有照片真实感。
In this paper, we propose an approach of constrained texture mapping for 3d face model to strengthen the realism of the craniofacial reconstruction results.
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