SSL: Smart Street Lamp Based On Fog Networking for Smart Cities

N. Nithya, Bhuvaneshwari S, S. Arivukodi
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Abstract

Energy conservation and higher performance could be a should in sensible street lamps assembled in smart cities. the prevailing street lights don't seem to be appropriate for sensible cities wherever the upkeep and security is quiet sophisticated. so as to deal with these issues, a sensible streetlight (SSL) is planned in our idea. each sensible lamp may be operated severally which ends in an exceedingly fine management. all told sensible street lamps brightness may be adjusted dynamically. every streetlight will report the abnormal standing severally with an automatic alarm. The experimental results showed that planned SSL will improve energy potency and cut back danger. Intelligent street lamps are planned supported several communication technologies, like ZigBee, LPWA, GSM , and so on . moreover, there are several alternative communication technologies, like Bluetooth, UMTS/LTE, Wi-Fi , and so on. every of those communication technologies has its own characteristic. the road lamp is provided with some sensors, like location detector, infrared detector, and light-weight detector, to make associate degree intelligent sensing streetlight. Consequently, brightness of street lamps may be adjusted. As already mentioned, safety is one in all the foremost necessary characteristics of the sensible cities, and periodic maintenance of street lamps could be a key parameter for safety. The shorter the upkeep is, the higher the security is going to be.
SSL:基于雾联网的智慧城市智慧路灯
节能和更高的性能可能是智能城市中安装的智能路灯应该具备的特点。目前流行的路灯似乎不适合那些维护和安全都相当复杂的明智城市。为了解决这些问题,我们的想法是设计一个智能路灯(SSL)。每一盏明智的灯都可以分开操作,最后得到非常精细的管理。总而言之,智能路灯的亮度可以动态调节。每盏路灯都将分别报告异常站立情况并自动报警。实验结果表明,计划中的SSL将提高能量效能并减少危险。智能路灯规划支持多种通信技术,如ZigBee、LPWA、GSM等。此外,还有几种可供选择的通信技术,如蓝牙、UMTS/LTE、Wi-Fi等。每一种通信技术都有自己的特点。该路灯配备了定位探测器、红外探测器、轻量化探测器等传感器,构成了副智能感测路灯。因此,路灯的亮度可以调整。如前所述,安全是明智城市最重要的必要特征之一,路灯的定期维护可能是安全的关键参数。维护时间越短,安全性就越高。
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