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Robot based indoor autonomous trash detection algorithm using ultrasonic sensors

机译:基于机器人的超声波传感器室内自主垃圾检测算法

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Autrebot; indoor trash detection and collection system using autonomously directed robotic exploration algorithm is presented. The algorithm has linear time complexity and is developed using two ultrasonic sensors. The key feature of this algorithm is the acquisition of object location based on the sensor output. The two sensor interface is specially implemented for intelligent decision making and proper identification of the object of interest, ignoring stray mobile objects or walls. Pneumatic actuators are used for the pickup and disposal of trash once it has been successfully located. Experiments with the algorithm have been conducted in static as well as dynamic environments and its performance analyzed for multiple scenarios. The algorithm can be thus extended for locating a particular object of interest based on its physical attributes.
机译:Autrebot;提出了一种基于自主定向机器人探索算法的室内垃圾检测与收集系统。该算法具有线性时间复杂度,是使用两个超声波传感器开发的。该算法的关键特征是基于传感器输出获取对象位置。两个传感器的接口专门用于智能决策和正确识别感兴趣的对象,而无需考虑杂散的移动对象或墙壁。成功定位垃圾后,可使用气动执行器来拾起和处理垃圾。该算法已在静态和动态环境中进行了实验,并针对多种情况分析了其性能。因此,该算法可以扩展为基于其物理属性来定位特定的关注对象。

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