Evaluation of indoor mobile robot localization techniques

F. Sibai, H. Trigui, P. C. Zanini, A. R. Al-Odail
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引用次数: 10

Abstract

Mobile robot localization is an important operation used in several applications. For instance, the location of the mobile robot can be used to associate environment data captured by the robot with the location where this data is captured, or to issue robot commands dependent on location and remaining battery energy. We explore three localization methods for indoor robots: optical wheel encode, ultrasonic sensors, and received WiFi signal strength. We experiment with these localization methods on a National Instruments wheeled DANI robot, compare their accuracies, and evaluate their merits.
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室内移动机器人定位技术评价
移动机器人定位是一项重要的操作,在许多应用中都有应用。例如,移动机器人的位置可以用来将机器人捕获的环境数据与捕获数据的位置联系起来,或者根据位置和剩余的电池能量发出机器人命令。我们探索了三种室内机器人的定位方法:光轮编码、超声波传感器和接收到的WiFi信号强度。我们在美国国家仪器公司的轮式DANI机器人上对这些定位方法进行了实验,比较了它们的精度,并评价了它们的优点。
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