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Multi-Level Smart Parking System

机译:多级智能停车系统

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摘要

Internet of things (IOT) allows for numerous opportunities and virtual connections through various devices and objects that digital marketers can take advantage of. IOT involves object interaction by controlling and decontrolling through remote access of devices, vehicles and other articles embedded with electronics, sensors and network connectivity. Since the problem of parking an auto-mobile has been a growing one with the urbanization of societies especially in multi level complexes, in this paper we propose an automated system based on IOT that assigns a parking lot in multiple level parking structure. IR sensors detect changes within the lot and help maintain a database of lots where we can easily identify free and parked lots. This is done be dividing a parking lot into multiple sectors and maintaining an array of Arduino's to monitor them and interface them with a Raspberry Pi so that changes can be pushed into the database through the network module. The system assigns a spot to a customer in an efficient manner prior to entry into the complex by dynamically monitoring and update its state according to the changes internally. The spot is assigned wherein the distance to be covered is minimum while the overall traffic in each level of the complex is regulated in an efficient manner. Suitable verification systems have been implemented to ensure that a pre-assigned spot has actually been occupied.
机译:事物互联网(物联网)允许通过数字营销人员可以利用的各种设备和对象进行多种机会和虚拟连接。 IOT通过远程访问设备,车辆和嵌入电子设备,传感器和网络连接的其他物品来控制和解构,涉及对象交互。由于停放自动移动的问题是在多层复合物中具有社会城市化的越来越多的问题,因此在本文中,我们提出了一种基于IOT的自动化系统,该系统在多级停车结构中分配停车场。 IR传感器检测到批次内的变化,并帮助维护我们可以轻松识别自由和停放的地段的批次的数据库。这是完成将停车场分成多个扇区,并维护Arduino的数组来监控它们并与覆盆子PI接口,以便可以通过网络模块将更改推入数据库。通过根据内部更改在内部进行动态监控和更新其状态,在进入复杂之前,系统将位置以有效的方式为客户分配给客户。分配了点,其中要覆盖的距离是最小的,而在复合物的每个级别的整体流量以有效的方式调节。已经实施了合适的验证系统,以确保预先分配的位置实际上被占用了。

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