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首页> 外文期刊>International Journal of Integrated Engineering >Vision based Object Recognition of E-Puck Mobile Robot for Warehouse Application
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Vision based Object Recognition of E-Puck Mobile Robot for Warehouse Application

机译:E-Puck移动机器人基于视觉的对象识别在仓库中的应用

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At present, most warehouses still require human services for unloading of goods. Unloading of goods requires a continuous system to ensure the quality of work productivity. Therefore the need of autonomous robot system in warehouse is needed to improve the quality of work. Thus, a localization and recognition algorithm is developed and implemented on the E-puck robot. The task involves the recognition of desired object based on their colour (red and blue) and locating the desired object to the target location (marked by green marker). In addition, the collision avoidance algorithm is also developed and integrated to allow the robot manoeuvre safely in its working environment. The colour histogram technique is used to recognize the desired object and the target location. Based on the experimental results, the developed algorithm is successfully fulfilling the pick and place requirement with success rate of approximately 70% in simulation study and 50% in real implementation.
机译:目前,大多数仓库仍需要人工服务才能卸下货物。货物卸货需要一个连续的系统来确保工作质量。因此,需要仓库中的自动机器人系统来提高工作质量。因此,在E-puck机器人上开发并实现了定位和识别算法。该任务涉及根据目标对象的颜色(红色和蓝色)识别目标对象,并将目标对象定位到目标位置(由绿色标记标记)。此外,还开发并集成了防撞算法,以允许机器人在其工作环境中安全机动。颜色直方图技术用于识别所需的对象和目标位置。根据实验结果,开发的算法可以成功满足拾放要求,仿真研究的成功率约为70%,实际实现的成功率约为50%。

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