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Auditor work dispatching algorithm practicing for iParking system

机译:iParking系统的审计员工作调度算法的实践

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Intelligent Parking System (iParking) is an O2O real-time parking operational platform. Its roadside units work with Internet of Things (IOT) concept. It can not only conduct online payment, parking guidance, parking reservation, etc. to customers but also provide precisely monitoring and convenient management for the service provider. This paper particularly aims at proposing auditors' work dispatching algorithm and simulation in order to understand how many auditors needed in such transition stage. An auditor has the work on the duty of ticketing to the vehicles whose owners are missing to register for occupying parking slots online. The fundamental algorithm in practice applies Greedy algorithm combining with First in, First out (FIFO) principal. Take early start as the target and short working hours as secondary create the dispatching model.
机译:智能停车系统(iParking)是O2O实时停车操作平台。它的路边单元使用物联网(IOT)概念。它不仅可以为客户进行在线支付,停车指导,停车预定等,还可以为服务提供商提供精确的监控和便捷的管理。本文尤其旨在提出审计师的工作调度算法和模拟,以了解在此过渡阶段需要多少审计师。审核员的工作是对车主失踪的车辆进行票务登记,以在线注册占用停车位。在实践中,基本算法是将Greedy算法与先进先出(FIFO)原理相结合。以尽早开始为目标,以较短的工作时间为第二时间创建调度模型。

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