首页> 外文会议>Third International Workshop on Pattern Recognition >Determination of Jeepney Engine Condition Based on Smoke Emission Analysis using Carbon Monoxide and Carbon Dioxide Gas Sensors with Color-Based Segmentation using L*a*b Color Space
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Determination of Jeepney Engine Condition Based on Smoke Emission Analysis using Carbon Monoxide and Carbon Dioxide Gas Sensors with Color-Based Segmentation using L*a*b Color Space

机译:基于一氧化碳和二氧化碳气体传感器的烟雾排放分析,基于L * a * b颜色空间的基于颜色的细分,确定吉普尼发动机的状态

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摘要

Jeepneys play a significant role in the Philippines' transportation system as they are the most widely used mode of transportation in the country. With the advent of jeepney modernization, jeepneys with poor emissions are being threatened to be phased out due to excessive emissions of harmful gases. These will affect the environment as well as the health of the commuters. Using an Arduino. CO (Carbon Monoxide). CO_2 (Carbon Dioxide) sensors and a webcam, the researchers have created a prototype which identifies the likely engine problem of the jeep from analyzing the smoke emissions. The device is accompanied with a graphical user interface for initializing the prototype, viewing real time data, and saving data for references and future use.
机译:吉普车在菲律宾的运输系统中起着重要的作用,因为它们是菲律宾使用最广泛的运输方式。随着吉普车现代化的来临,由于有害气体的过量排放,排放量低的吉普车正面临被淘汰的威胁。这些都会影响环境以及通勤者的健康。使用Arduino。 CO(一氧化碳)。研究人员创建了一个CO_2(二氧化碳)传感器和一个网络摄像头,该原型通过分析烟气排放来识别吉普车可能的发动机问题。该设备配有图形用户界面,用于初始化原型,查看实时数据以及保存数据以供参考和将来使用。

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