Development of Visual Remote Operation System for Low-Gravity Planet Rover

Development of Visual Remote Operation System for Low-Gravity Planet Rover
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低重力行星车视觉远程操作系统开发

DOI:
10.1109/icmech.2019.8722907
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发表时间:
2019
期刊:
Proc. of ICM
影响因子:
--
通讯作者:
Nobuyuki Hasebe
Nobuyuki Hasebe
中科院分区:
--
文献类型:
--
作者:
Sota Shimizu;Ryoya Takewaki;Rei Murakami;Naoaki Kameyama;Naoki Motoi;Tatsuya Yamazaki;Nobuyuki Hasebe

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在本文中,作者提出了一种用于月球探测的车辆型移动机器人,即低重力行星车的视觉远程操作系统。该车拥有独特的重心转移机械部件,即COG换档箱,使其行驶高速稳定。流动站配备的高分辨率广角中央凹(WAF)传感器具有我们提出的视觉远程操作系统的特点:(1)高分辨率WAF传感器为操作员提供足够的广角视野(FOV)以实现流动站的安全导航。 (2)高分辨率WAF传感器的视图方向控制,通过嵌入在HMD上的眼动追踪装置,使操作员能够更详细地观察他/她应该注意的目标,以便他/她更好地做出导航流动站的决策。此外,通过显示从高分辨率WAF传感器的输入图像重新映射的图像,我们期望解决数据传输的瓶颈问题。 (3) 高分辨率WAF传感器的输入图像也用于流动站的自主导航。
In this paper, the authors propose a visual remote operation system of the vehicle type of mobile robot for lunar exploration, i.e., the low-gravity planet rover. This rover has a unique mechanical part to shift its center of gravity, namely COG shift box, for its high-speed and stable driving. High-resolution Wide Angle Fovea (WAF) sensor, equipped on the rover, characterizes our proposed visual remote operation system as follows: (1) High-Resolution WAF sensor provides the operator with enough wide-angle field of view (FOV) to achieve safe navigation of the rover. (2) The view direction control of High-Resolution WAF sensor, by the eye-tracking device embedded on HMD, enables the operator to observe targets, to which he/she should pay attention, more in detail in order to make his/her better decision of navigating the rover. In addition, by displaying images remapped from the input image of High-Resolution WAF sensor, we expect to solve the bottleneck problem of data transmission. (3) The input image from High-Resolution WAF sensor is also applied for autonomous navigation of the rover.
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