一种真空深低温下的红外光斑定位算法
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四川省科技计划项目(No.23ZDYF0471)资助。


An infrared spot location algorithm under vacuum deep low temperature
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    摘要:

    红外光斑中心定位是红外光学测量的关键技术一,针对红外光斑分辨率低、对比度差、目标边缘模糊和光斑定位精度低等问题,提出了一种具有高精度小尺寸的红外光斑定位算法。对于红外图像前处理从单一滤波和组合滤波进行图像的前处理,之后通过红外光斑质心法和形心法确定光斑中心所在的亚像素级坐标。结果表明:在有噪声污染的红外光斑图像中,与其他算法相比,本算法误差小于0035个像素,保证了红外光板的高精度定位。

    Abstract:

    Infrared spot center location is the key technology of infrared optical measurement.Aiming at the problems of low infrared spot resolution,poor contrast,blurred target edge and low accuracy of spot location,an infrared spot location algorithm with high precision and small size is proposed in this paper.For infrared image pre processing,the image is pre processed by single filter and combined filter,after which the sub pixel level coordinates where the spot center is located are determined by the IR spot center of mass and form center methods.The results show that the error of this algorithm is less than 0.035 pixels compared with other algorithms in the infrared spot image with noise pollution,which ensures the high precision positioning of the infrared light plate.

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李善斌,倪磊.一种真空深低温下的红外光斑定位算法[J].激光与红外,2024,54(8):1316~1321
LI Shan-bin, NI Lei. An infrared spot location algorithm under vacuum deep low temperature[J]. LASER & INFRARED,2024,54(8):1316~1321

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  • 最后修改日期:2023-12-14
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  • 在线发布日期: 2024-08-21
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