| 1. | The calibration parameter may save , does not need to carry on the calibration every day , test process is simple
波长，光功率测试同时显示在不同的窗口，操作方便。校准参数可以存储，无须每天校准，测试过程简化。 |
| 2. | The calibration parameter may save , does not need to carry on the calibration every day , test process is simple
回波损耗，光功率测试同时显示在不同的窗口，操作方便。校准参数可以存储，无须每天校准，测试过程简化。 |
| 3. | Secondly , it determines the camera " s intrinsic calibration parameters with a simple form of the kruppa equations ( self - calibration ) , which reduces the possibility of human involvement
其次，利用简化的kruppa方程进行摄像机自标定，估计摄像机内参数矩阵，降低了人机交互的可能性。 |
| 4. | Because accuracy of the calibration parameters affect directly on the location performance of visual servoing , the nonlinear calibration method which has better accuracy is put forward
摄像机标定参数的准确性直接影响着机器人视觉伺服系统的控制精度,因此研究了一种高精度的摄像机标定方法。 |
| 5. | The main researches were as follows : by the underwater test results of condensed explosive , the optimized test conditions and the several calibration parameters for energy calculation were determined in a small pool
通过对凝聚相炸药水下爆炸能量的测试，确定了在小水池中测试炸药能量的最佳条件及能量计算的修正参数。 |
| 6. | 3 : propose the depth expanding algorithm for the first time . the method provides an efficient algorithm in finding the system " s calibration parameter , and reduces the requirement of the module " s manufacturing precision
这一方法对于快四川大学博士学位论文速获取空间几何参数校准系统具有很高的效率，并且实现也较为方便，降低了对模块本身的精度加工的要求。 |
| 7. | After the consumer gives the camera calibration parameter and the photos shot by all cameras , the reconstruction system can work out the object ' s 3d information , then output photo realistic images of the object with opengl . 4
只要将各个摄像机标定参数及其拍摄的照片输入本软件中，就可根据体素上色算法的原理进行计算得到对拍摄物体的三维描述，并用opengl输出写实照片。 |
| 8. | The system is calibrated and computed , and the calibration parameters such as equivalent foci f , distance d between two cameras are designated . these parameters is the internal parameters in the system , and can be calibrated through different world coordinates
对系统进行标定计算，指出标定参数等效焦距f ，两摄像机光心的距离d ，这些参数为系统内部参数，可以通过相对不同的世界坐标进行标定，即相对标定。 |
| 9. | Through the analysis to calibration results and precision for two ccd cameras ( nikon d1x camera and hasselblad 555 eld camera ) , summarize the ways to improve calibration precision , also putting forward a calculation method - spatial intersection with multi - images , verification the reliability of all calibration parameters
论文中通过对两台ccd相机( nikond1x相机和hasselblad555eld相机)检校成果、检校精度的分析，总结出提高检校精度和可靠性的方法，并提出采用多片空间前方交会计算方法，以检验各检校参数值的可靠性。 |
