Machine Learning Method Based Industrial Risk Analysis and Prediction

Salim Khan, F. Hasan, M. O. Faruk, Anayet Ullah, Mohammad Woli Ullah, Abdul Gafur
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Abstract

IoT-based technologies growing all over the world. After the industrial revolution, machines and robots gradually replaced human effort. In the absence of the human brain-machine and robots makes an error. In this paper, a plan was developed to get out of this situation that works not only efficiently but also thinks like humans. In this system, the machine will learn based on the situation that has been made by any occurrence. In this work Raspberry Pi-based system helps to make a proper analysis of the machines. Voltage, current, gas value, and temperate values are taken as input parameters. Machine learning matches/compares these real-time sensor data with training data (which is used to train the system). As a result, The machine learning module provides some statistics graphs of sensor data. Machine performance can analyze by observing these graphs. Also, determine the efficiency and predict the possibility of upcoming threats or risks.
基于机器学习方法的工业风险分析与预测
基于物联网的技术在全球范围内不断发展。工业革命后,机器和机器人逐渐取代了人类的劳动。在没有人脑的情况下,机器和机器人会犯错误。在本文中,我们制定了一个计划来摆脱这种情况,该计划不仅有效,而且还像人类一样思考。在这个系统中,机器将根据任何事件所产生的情况进行学习。在这项工作中,基于树莓派的系统有助于对机器进行适当的分析。电压、电流、气值、温度值作为输入参数。机器学习将这些实时传感器数据与训练数据(用于训练系统)进行匹配/比较。因此,机器学习模块提供了一些传感器数据的统计图。可以通过观察这些图来分析机器的性能。此外,确定效率并预测即将到来的威胁或风险的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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