日本語フィールド
著者：Keita Yamada, Shoya Koga, Takashi Shimoda, and Kazuya Sato題名：Autonomous Path Travel Control of Mobile Robot Using Internal and External Camera Images in GPS-Denied Environments発表情報：Journal of Robotics and Mechatronics 巻: 33 号: 6 ページ: 1284-1293キーワード：autonomous motion control of mobile robot, monocular camera, deep learning, GPS-denied environments概要：抄録：In this study, we developed a system for calculating the relative position and angle between a mobile robot and a marker using information such as the size of the marker of the internal camera of the mobile robot. Using this information, the mobile robot runs autonomously along the path given by the placement of the marker. In addition, we provide a control system that can follow a trajectory using information obtained by recognizing the mobile robot when reflected in an external camera using deep learning. The proposed method can easily achieve autonomous path travel control for mobile robots in environments where GPS cannot be received. The effectiveness of the proposed system is demonstrated under several actual experiments.英語フィールド
Author：Keita Yamada, Shoya Koga, Takashi Shimoda, and Kazuya SatoTitle：Autonomous Path Travel Control of Mobile Robot Using Internal and External Camera Images in GPS-Denied EnvironmentsAnnouncement information:Journal of Robotics and Mechatronics Vol: 33 Issue: 6 Page: 1284-1293Keyword：autonomous motion control of mobile robot, monocular camera, deep learning, GPS-denied environmentsAn abstract：In this study, we developed a system for calculating the relative position and angle between a mobile robot and a marker using information such as the size of the marker of the internal camera of the mobile robot. Using this information, the mobile robot runs autonomously along the path given by the placement of the marker. In addition, we provide a control system that can follow a trajectory using information obtained by recognizing the mobile robot when reflected in an external camera using deep learning. The proposed method can easily achieve autonomous path travel control for mobile robots in environments where GPS cannot be received. The effectiveness of the proposed system is demonstrated under several actual experiments.