具有面部识别功能的智能鞋架

Aman Ansari, Gopal Kc, Hasina Dhungel
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引用次数: 0

摘要

具有面部识别功能的智能鞋架很可能是同类产品中最新推出的项目之一。在一个信奉印度教的国家,寺庙几乎无处不在,无论是在山谷里还是外面,人们在进入寺庙之前都必须脱下鞋子。在拥挤的寺庙地区,最常见但却被忽视的问题之一是鞋子放错了地方。因此,为了解决这一重大问题,本文提出了基于人脸识别的智能鞋柜的设计思路。通过使用微控制器,树莓派捕捉一个人的面部编码,并与调整步进电机一起,鞋子可以堆叠在16个不同的位置之一。时钟的使用有助于在每个实例中确定步进器的位置。通过人脸识别技术,鞋子可以被提取出来。一旦人脸被识别,它就会与之前捕获的人进行匹配,系统会检查可用的鞋子。然后识别步进电机的位置,并通过步进电机的步反/顺旋转通过可能的最短路径取鞋。在液晶显示器上显示的鞋子的总存储时间然后用于收取相应的金额。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Shoe Rack with Face Recognition
The Smart Shoe Rack with face recognition is most likely one of the newest projects to have been introduced of its kind. In a Hindu country, temples are almost everywhere, inside the valley as well as outside, where one has to take off his footwear before entering. One of the most common yet overlooked problems is shoe misplacement in crowded temple areas. Therefore, to sort out this major problem, the idea of a Smart Shoe Keeping with face recognition has been proposed in this paper. By the use of microcontrollers, raspberry pi captures face encoding of a person and along with adjusting stepper motors, the shoe can be stacked at one of the sixteen different locations. The use of a clock helps in determining the stepper position at every instance. With face recognition technology, the shoes can be fetched. Once the face is recognized, it is matched with the previously captured person, and the system checks for the available shoe. The position of the stepper is then identified, and the shoe is fetched through the shortest path possible by the step anti/clockwise rotation of the stepper motor. The total time of storage of the footwear displayed in the LCD is then used for charging the amount of money accordingly.
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