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RFID presence monitoring system as an input to measure the workload of employee

机译:RFID状态监控系统作为衡量员工工作量的输入

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In performing an assignment, every employee is expected to complete the work to some level. However, the misuse of working hours happens regularly in their working environment, which mean they shorten their workload and working hour. This problem led to the need to build a system as an alternative in monitoring the presence of the employee in their working environment. The type of the work that requires monitoring due to its presence in the location are customer service, call center, cashier, etc. Monitoring the presence of the employee can be done using tools such as RFID. Trilateration method was used to determine object location using signal value received of an object from multiple transmitters. The signal value can be then converted to a distance value between the object and the transmitters also can be formed three circles with the radius of each circle is the distance value between the object with the transmitters. The result from our system is the employee's location on building virtual maps. System will determine whether the employee location is in their working environment or not then it will produce daily reports on the employee working hours. In the end, system will sum up the workload obtained from the results of its employee presence monitoring.
机译:在执行任务时,每个员工都应在一定程度上完成工作。但是,在工作环境中经常会误用工作时间,这意味着他们会缩短工作量和工作时间。这个问题导致需要建立一个系统来监视员工在工作环境中的存在。由于其所在位置而需要监视的工作类型为客户服务,呼叫中心,收银员等。可以使用诸如RFID之类的工具来监视员工的存在。使用三边测量法,使用从多个发射器接收到的物体的信号值来确定物体的位置。然后可以将信号值转换为对象与发射器之间的距离值,还可以形成三个圆,每个圆的半径是对象与发射器之间的距离值。我们系统的结果是员工在构建虚拟地图上的位置。系统将确定员工所在的位置是否在其工作环境中,然后它将生成有关员工工作时间的每日报告。最后,系统将汇总从员工状态监视结果获得的工作量。

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