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Design and Implementation of a Parcel Sorter Using Deep Learning

机译:基于深度学习的包裹分拣机的设计与实现

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Automation in industrial environment reduces the cost of the operation while increasing the overall performance. Having an automation mechanism in the e-commerce warehouses to sort the parcels based on their destinations or shipping method will reduce the parcel processing time significantly. To automate parcel processing in Digikala's warehouse, a parcel sorter system is designed and implemented. In this system shipment method of the parcel is indicated by a set of markers. A computer vision system is developed to identify these markers using deep learning algorithms. The parcels are identified while they are moving on the conveyor belt in a relatively high speed (1 m/s). The computer vision system is capable of processing 1.3MP pictures in real-time with a rate of 100FPS. To sort the parcels an omni wheel roller mechanism is designed and utilized. To achieve the best results in a practical environment, a gap optimization mechanism and pack positioning conveyor are implemented and placed before the sorter. This system is successfully installed in the Digikala's warehouse.
机译:工业环境中的自动化降低了运营成本,同时提高了整体性能。电子商务仓库中具有一种自动机制,可以根据目的地或运输方式对包裹进行分类,这将大大减少包裹的处理时间。为了使Digikala仓库中的包裹处理自动化,我们设计并实施了包裹分拣系统。在该系统中,包裹的运输方法由一组标记指示。开发了一种计算机视觉系统,以使用深度学习算法识别这些标记。在包裹以相对较高的速度(1 m / s)在传送带上移动时识别包裹。该计算机视觉系统能够以100FPS的速率实时处理1.3MP图片。为了分拣包裹,设计并利用了全向滚轮机构。为了在实际环境中获得最佳结果,实施了间隙优化机制和包装定位输送机,并将其放置在分拣机之前。该系统已成功安装在Digikala的仓库中。

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