Cloud Computing based Smart Traffic Management System with Priority Switching for Health Care Services

X. Shiny, D. Ravikumar, A. Chinnasamy, S. Hemavathi
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Abstract

Regular cities can be transformed into intelligent structures by leveraging information and communication technologies. Innovative city development could be significantly impacted by the Internet of Things paradigm, commonly called cloud computing. All urban locations have a lot of traffic. In this study, Internet-of- Things (IoT) based system is proposed for health care services to organize and to establish the traffic signaling and pick up a route under which road congestion can be administrated. Vehicle accident contraventions are identified by the traffic officers using an online service that is hierarchically carefully monitored or constrained. However, the suggested approach is generic and may be utilized in any major metropolis without losing its generality. Traffic lights linked to cameras in metropolitan areas can be upgraded by connecting to IoT. During a pandemic, this approach is precious. The police can easily regulate traffic from their homes using their cell phones and identify defaulters. The suggested technique aids in the separation of ambulance and rescue engines from ordinary traffic.
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基于云计算的医疗服务优先级切换智能交通管理系统
利用信息通信技术,可以将普通城市转变为智能结构。创新城市发展可能会受到物联网范式(通常称为云计算)的显著影响。所有的城市都有很多交通。本研究提出基于物联网(IoT)的医疗服务系统,以组织和建立交通讯号,并选取可管理道路拥塞的路线。交通官员使用一种在线服务来识别交通事故违章情况,该服务受到分级仔细监控或约束。然而,建议的方法是通用的,可以在任何大城市使用而不会失去其一般性。连接到物联网(IoT),可以升级与首都圈摄像头相连的交通灯。在大流行期间,这种方法非常宝贵。警察可以在家中使用手机轻松地管理交通,并识别违规者。建议的技术有助于将救护车和救援发动机与普通车辆分开。
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