مقالة علمية
Calibration of Convex Lenses with 2nd Order Radial Distortion Model

Hamad, Rihab K.


 

Calibration of Convex Lenses with 2nd Order Radial Distortion Model

Hamad, Rihab K.

Geometric camera calibration, additionally alluded to as camera re sectioning, evaluating the parameters of a lens and picture sensor of a picture. Camera parameters can be utilized to correcting the distortion, and measuring the object size in world unit, or knowing the camera position in the scene. Zhang’s calibration method is utilized, the method require a chessboard planner with resolution 1830×1330 pixels to be observed from different orientations and translations also using 2nd order radial distortion of the polynomial expression. The result shows that lens of longer focal length generate low distortion and it is the better lens as contain minimum value of SSE equal to 3.96426 pixels.

Geometric camera calibration, additionally alluded to as camera re sectioning, evaluating the parameters of a lens and picture sensor of a picture. Camera parameters can be utilized to correcting the distortion, and measuring the object size in world unit, or knowing the camera position in the s...

مادة فرعية

المؤلف : Hamad, Rihab K.

مؤلف مشارك : Abdul-Sattar, Sinan M
Al Azawi, Razi J

بيانات النشر : International Journal of Computation and Applied Sciences، أبريل 2017مـ.

التصنيف الموضوعي : العلوم التطبيقية|الهندسة .

المواضيع : Cameras .

Optoelectronics Engineering .

رقم الطبعة : 2

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