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Development of circular economy in smart cities based on FPGA and wireless sensors

机译:基于FPGA和无线传感器的智能城市循环经济的发展

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摘要

Smart City is an urban environment that combines advanced wireless sensors, information, and communication technology to help effectively manage the city's assets. Wireless Sensor is a rapidly evolving technology into a variety of applications. Wireless sensors are used to detect, calculate, measure, and monitor environmental elements in the communication network, and infrastructure, logging, and characterization profile generating node and improve the medical, transportation, agriculture, industrial process control applications many great potentials, and the economic growth in smart cities. The sensor is an important part of smart cities, as they are based on data collected for these services. Wireless Sensors can transmit data of various remote locations, maybe a relatively inexpensive and compact sensor with low power consumption and maintenance costs, allowing them to build deployment. The Implementation of wireless sensors for smart cities' economic growth of wireless sensors is used for smart building, health monitoring, surveillance, and avoid traffic congestion. Improved transportation, communication technology, avoiding traffic congestion, national infrastructure, including social infrastructure and network components, protocols, and sensor deployment, to achieve the industry constraints, has been designed to ensure reliability and low power consumption.
机译:智慧城市是一个城市的环境,结合先进的无线传感器,信息和通信技术,帮助有效地管理这个城市的资产。无线传感器是一个迅速发展的技术应用到各种应用。无线传感器用于检测,计算,计算,测量和监控通信网络中的环境要素,以及基础设施,测井和表征概况生成节点,提高医疗,运输,农业,工业过程控制应用的许多潜力,以及经济增长的智能城市。传感器是智能城市的重要组成部分,因为它们基于为这些服务收集的数据。无线传感器可以发送各种远程位置的数据,可能以低功耗和维护成本相对便宜和紧凑的传感器,从而允许它们的构建部署。智能城市的无线传感器的经济增长的无线传感器的实现是用于智能建筑,健康监测,监视,避免交通拥堵。改善交通,通讯技术,避免交通拥堵,国家基础设施,包括社会基础设施和网络组件,协议和传感器的部署,实现行业的限制,已经被设计以确保可靠性和低功耗。

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