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Design and Development of Magnetometer Based Real-Time Traffic Density Sensing System

机译:基于磁强计的实时交通密度传感系统的设计与开发

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Traffic in India is chaotic and unstructured; there is lack of lane discipline, narrow roads, illegal parking and a wide variety of vehicles because of which a lot of time gets wasted on the roads. There are several in roadways (pneumatic road tube, inductive loop detectors, magnetic sensors, piezoelectric sensors, and weighin- motion) and over-roadway (video image processor, microwave radar, infrared sensor, ultrasonic sensors, and passive acoustic array sensors) traffic density sensing systems that exist for traffic density monitoring. Though most of these are not suitable for traffic scenario in India. Therefore, a different method to estimate traffic density on road is required, which is inexpensive, non-intrusive and energy-efficient. The cost of operation and maintenance is also low. Day to day operations involve no human intervention. For this purpose, magnetometer based sensing system is proposed, tested and find suitable for use. IJCST/73/1/A-071812A New Frontier of Alternate Source of Energy: 鈥楬umanEnergy Harvesting System鈥?for a Wearable UV Exposure MeterNeha, Dr. Sanjay. P. Sood
机译:印度的交通混乱无序。由于缺乏行车纪律,狭窄的道路,非法停车和各种各样的车辆,因此浪费大量时间在道路上。巷道中有数种交通(气路管,感应回路检测器,磁传感器,压电传感器和称重运动)和过道(视频图像处理器,微波雷达,红外传感器,超声传感器和无源声学阵列传感器)交通存在用于交通密度监控的密度传感系统。尽管其中大多数都不适合印度的交通情况。因此,需要一种不同的方法来估计道路上的交通密度,该方法便宜,无干扰且节能。操作和维护成本也很低。日常操作无需人工干预。为此,提出,测试并找到了适合使用的基于磁力计的传感系统。 IJCST / 73/1 / A-071812A替代能源的新前沿:可穿戴式紫外线暴露仪的“人类能量收集系统” Neha,Sanjay博士。苏德

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