机器人回声定位测试平台

Xiaodong Wu, Palmer D'Orazio, M. Edgington, Miguel Abrahantes
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引用次数: 1

摘要

这项工作描述了一个移动系统,该系统已经开发出来,可以精确可靠地进行回声定位实验(数据收集),以供以后分析。一个Kobuki机器人被用作基本单元,提供机动性和精确的里程计。定制的安装硬件是为机器人设计的,可以容纳一台笔记本电脑来控制机器人,以及一个微软Kinect传感器和用于实验测量的超声波换能器。设计了一个基于Python的软件包来提供对机器人及其传感器的简单控制。该软件被设计为在机器人操作系统(ROS)框架内工作,包括用于控制机器人运动和同时播放和录制声音的高级接口。每个数据收集实验都由机器人应该执行的一系列运动和测量组成。我们开发的系统将使未来的数据收集变得简单,允许后续的回波信号研究和分析。
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Robotics echolocation test platform
This work describes a mobile system that has been developed to precisely and reliably carry out echolocation experiments (data collection) for later analysis. A Kobuki robot was used as a base unit, providing mobility and accurate odometry. Custom mounting hardware was designed for the robot to accommodate a laptop for controlling the robot, along with a Microsoft Kinect sensor and ultrasonic transducers for taking experimental measurements. A Python based software package was designed to provide simple control of the robot and its sensors. This software was designed to work within the Robot Operating System (ROS) framework, and includes high-level interfaces for controlling robot movement and for the simultaneous playing and recording of sounds. Each data-collection experiment consists of a sequence of movements and measurements that the robot should perform. The system we have developed will make future data collection simple, allowing for subsequent study and analysis of echo signals.
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