一种集成实时窃电检测与管理系统的消费者应用

R. Ravi, S. Pasunkili, R. Kabilan, R. Muthukousalya, R. M. Pandeeswari, M. Pavithran, S. Kannadhasan
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引用次数: 0

摘要

-由于房屋的电力偶尔位于无法进入的区域,因此人工操作员的计费可能会由于读取错误而出现错误。提出了对中断动态分配优先级的概念,减少了低优先级任务在某些情况下可能变成高优先级任务的延迟时间。中断时间切片也在探索中,它可以帮助提高性能。最高优先级的活动在更短的时间内更频繁地完成。因此,它不需要等待其他优先级更高的中断的空闲时间。如果电网的电力减少,电力将保持和控制。当发生低功率发电时,我们建议的系统立即切换到电源管理。当发电量较低时,所有设备都基于优先级系统和定时系统进行管理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Consumer Application with An Integrated Real-Time Power Theft Detection And Management System
— Billing by a human operator is exposed to errors due to reading errors since the house's electric power is occasionally positioned in an inaccessible area. The notion of dynamic priority assignment to interruptions is presented, which decreases the delay time for less priority tasks that may become higher priority under certain situations. Interrupt time slicing is also being explored, which can help increase performance. The highest priority activities are completed more frequently and in a shorter amount of time. As a result, it does not need to wait for the slack time of other interrupted with greater priority. If the grid's power is reduced, the power will be maintained and controlled. When low-power generation occurs, our suggested system instantly switches to power management. When there is low power generation, all of the devices are managed based on a priority system and a timing system.
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