A linear approach for camera parameter calibration is proposed.
提出了一种线性求解摄像机内外参数的方法。
First, intrinsic camera parameter matrix is solved under a state. Then, extrinsic camera parameter matrix of images is solved.
针对数码相机的某一状态，先确定其内部参数矩阵，再通过采集的图像求出外部参数矩阵。
A linear method for camera parameter calibration is studied by the mathematical model of camera on the basis of projective theory.
利用透镜成像理论建立摄像机数学模型，提出了一种线性求解摄像机内外参数的方法。
Second, for robust estimation of camera parameter, we take into account overall color change and focal length adjustment between overlap images.
另外为了对图像进行可靠的拼接，演算法根据普通数字相机的特性，考虑了图像整体色彩变化与焦距调整。
In this paper, a stereo matching method for image uncalibrated camera parameter is proposed, which is based on geometric affine invariant and photometric invariant.
本文提出了一种基于几何仿射不变量和亮度不变量的缺失摄像机标定参数图像的立体匹配方法。
The second parameter is the scene node, which is the object, which is affected by collision detection, in our case it is the camera.
第二个参数是场景结点，指定受碰撞检测影响的对象，在我们的例子中就是相机。
For now, trust me that postTranslate() with a positive third parameter moves the camera along the z axis.
现在，您只要相信，带有第三个正数参数的postTranslate() 可使摄像机沿z轴移动。
Fortunately Modo's camera model is very similar to the real world one, so we can edit that parameter.
幸运的是，Modo的摄像机模型很接近真实世界中的摄像机，我们可以编辑它的参数。
The first parameter to this function is still the Camera we are using.
第一个参数这个函数仍然是我们所使用的相机。
The modulation transfer function (MTF) is an important parameter in the performance of the CCD Camera imaging system.
调制传递函数是衡量CCD相机成像系统性能指标的重要参数。
In digital camera, the synthesized test of exposure is one of key parameter selections. In order to control the exposure of the camera, first of all we must test the exposure value.
相机的曝光综合测试是相机参数测量中最为关键的参数测量之一，相机要进行曝光的控制，首先就要进行曝光量的测试。
The second part of this thesis mainly research on solving the uncalibrated P5P problem when the camera intrinsic parameter is unknown and it is changeable in the camera motion.
在第二部分中，主要研究：摄像机内参数未知且在运动中可以变化的未标定P5P问题的求解。
Same intrinsic parameter for same camera?
对于相同的相机一样的内在参数？
It is indispensable to determine the camera intrinsic parameter from the image of objects in metric structure.
从图像中物体的度量结构确定摄像机内参数是不可缺少的步骤。
To effectively realize the camera calibration on a position topography measurement, a multi-camera parallel calibration method is proposed based on a camera intrinsic parameter model.
针对阵地地貌测量重构中的相机参数标定问题，基于相机的内参数模型提出了一种多相机并联阵地地貌测量标定方法。
The parameter analysis indicates that the compensated displays could well conceal the surface pattern and tend to exhibit higher lightness or lightness contrast in the camera.
参数分析表明补偿后的显示图像可以很好地掩盖表面彩色图案，并表现出更高的亮度或者亮度对比度。
The methods of multi-perspective Mosaic ask mostly estimate the parameter of camera, the depth of every pixels, and more images.
不同视点重叠图象的拼接算法大都需要估计相机参数和每个像素的深度等。
Two simple means has been given grounded on camera interior and exterior parameter model.
本文在分析摄像机内外参数模型的基础上，给出了两种摄像机标定方法。
Geometric model of digital camera is built and decomposed to intrinsic and extrinsic parameter matrixes.
首先建立了相机成像的几何模型，并将此模型分解成内、外参数矩阵。
Aiming at the shortcoming of current optical flow based camera motion parameter extracting methods, a new method is presented in this paper.
本文针对现有的依据光流场的分布来求相机运动参数的算法中不足，给出了一种依靠运动矢量的分布来求相机运动参数的方法。
GA is an appropriate choice to solve the problem of multi-parameter, large-scale and non-linear complex function optimization like camera calibration.
遗传算法非常适合于解决摄像机标定这类多参数、大范围、非线性的复杂函数优化问题。
GA is an appropriate choice to solve the problem of multi-parameter, large-scale and non-linear complex function optimization like camera calibration.
遗传算法非常适合于解决摄像机标定这类多参数、大范围、非线性的复杂函数优化问题。
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