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Simulation of waste transport monitoring based on garbage load capacity using load cell

机译:基于称重传感器的基于垃圾负荷能力的废物运输监控仿真

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Organic waste or commonly referred to as wet waste is a type of waste that needs to be lifted to the landfills because of the process of decomposition. Ongoing waste trucking is only on schedule from garbage collection. There is no monitoring of waste transportation to the fully filled trash bins. Therefore, an alternative solution is needed by simulating the transportation of waste based on the load capacity of the trash bins so that the waste transportation operation is expected to be more effective. The waste transport simulation conducted in this research uses load cell sensor as a sensor to measure the maximum waste load capacity from the trash bins. The utilization of Arduino Uno as a microcontroller and genetic algorithm as a supporter of this system to get to the route of transporting waste to a minimum time. The test results show that this system is able to simulate the waste transport by calculating the load of the trash bins stably and produce high accuracy with the average weight difference between 0.005 to 0.03 kg of the actual load weight. While the algorithm used is able to get the route of waste transportation to obtain minimum time.
机译:有机废物或通常称为湿废物是由于分解过程而需要提升到垃圾填埋场的一种废物。仅从垃圾收集中按计划进行正在进行的废物运输。没有监视将废物运输到已满满的垃圾箱的过程。因此,需要通过基于垃圾箱的负载能力来模拟废物的运输​​的替代解决方案,从而期望废物运输操作更加有效。在这项研究中进行的废物运输模拟使用称重传感器作为传感器来测量来自垃圾箱的最大废物负荷能力。利用Arduino Uno作为微控制器并利用遗传算法作为该系统的支持者,以达到在最短时间内运送废物的路线。测试结果表明,该系统能够通过稳定地计算垃圾箱的负荷来模拟废物的运输​​,并能产生平均精度为实际负荷重量0.005至0.03公斤的高精度。而所使用的算法能够获得废物运输的路线,从而获得最短的时间。

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