Study on forestry control system to improve forestry workers safety

Yuki Ayuta, Kouhei Okuda, Eisuke Kawamoto, S. Muramatsu, K. Inagaki, D. Chugo, Syo Yokota, H. Hashimoto
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Abstract

In this paper, we describe the integrated system for ensuring the safety of forestry workers. It is difficult to accurately acquire GPS information in forests. Therefore, it is necessary to consider a position estimation method that does not use GPS. First, the accuracy of VisualSLAM, IMU, and Beacon alone was verified and evaluated by experiments. We also examined the communication method and self-position estimation system for the integrated system. The results show that the self-positioning of Visual SLAM and IMU requires a large interval for correction, which results in a large error. Therefore, we found that the larger the measurement interval, the larger the error of any sensor system. The future tasks are to improve the accuracy of sensor systems, to optimize the measurement interval, and to integrate the systems.
提高林业工人安全水平的林业控制系统研究
本文介绍了保障林业工人安全的综合系统。在森林中准确获取GPS信息是困难的。因此,有必要考虑不使用GPS的位置估计方法。首先,通过实验对VisualSLAM、IMU和Beacon的精度进行了验证和评价。研究了集成系统的通信方法和自定位系统。结果表明,Visual SLAM和IMU的自定位需要较大的校正间隔,导致误差较大。因此,我们发现测量间隔越大,任何传感器系统的误差都越大。未来的任务是提高传感器系统的精度,优化测量间隔,以及系统的集成。
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