基于增强现实技术的焊接模拟器行走速度检测方法的开发

A. Baskoro, Irwan Haryanto
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引用次数: 3

摘要

本文介绍了一种基于增强现实技术的焊接模拟器的速度检测方法。在焊接过程中,移动速度是影响焊接质量的一个重要参数。未来,该模拟器可用于焊工培训,成本相对较低。该方法使用ARToolkit, OpenGL库和Autodesk 3Ds Max软件来构建模拟器。该方法是焊接模拟器的发展,将显示移动标记检测的偏差和准确性。该方法使用单位时间内坐标距离的差异算法,从相机的每秒帧数(FPS)中提取。该方法建立成功后,利用测量数据,从不同光强参数下的实际速度出发,分析了模拟器速度检测的精度和误差数。结果表明,该仿真器的速度检测误差不太大,为今后进一步开发该仿真器以获得更复杂的焊接工艺特征打下了基础。
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Development of travel speed detection method in welding simulator using augmented reality
This paper explains about travel speed detection method that can be applied as the welding simulator using augmented reality. In welding process, the travel speed is an important parameter that influences the welding quality. In the future, this simulator can be used in welder training with a relatively low cost. This method uses ARToolkit, OpenGL library, and Autodesk 3Ds Max software for building the simulator. This method is the development of welding simulator that will show the deviation and accuracy of moving marker detection. This method uses differences in distance of the coordinate per unit time algorithm, taken from the amount of frames per second (FPS) of a camera. After this method was successfully built, the measurement data is taken to analyze the accuracy and the number of error in speed detection by the simulator from the actual speed with different light intensity parameter. The result is that the error in speed detection is not too large, so this simulator was successfully built and it can be developed further to get more sophisticated features on welding process in the future.
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