5G-IoT中使用纳米发电机的智慧城市设计与开发

Aloke Raj, Maryam Tahira
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摘要

一旦5G在未来的智慧城市中部署,一个充满智能无线传感器节点的新数字时代将完全实现。由于其低成本、结构简单、通用性强、易于制造、信噪比高、多种工作模式具有广泛的应用前景,因此ngg是智能和主动识别和无线传感器节点的有力竞争者。在这个数字化时代,气候变化已成为一个重大的国际问题。未来的智慧城市将能够通过以巨大的能源收集系统的形式使用天然气,特别是蓝色电力和风能,为全球气候减缓、全球气候变化和脱碳做出重大贡献。在未来30年,预计将出现三大趋势:通过完全智能设备实现的大规模城市化,个性化健康的自我生物电子学,以及全面研究可再生能源以缓解环境变化和能源危机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Development of Smart Cities using Nano generators in 5G-IoT
A new digital age, replete with intelligent wireless sensor nodes, will be fully realised once 5G is deployed in the smart cities of the future. NGs are a promising contender for the creation of both clever and proactive identity and wireless sensor nodes because to their low-cost, simple structure, versatility, ease of manufacture, high signal-to-noise ratio, and several operating modes with broad application. In this age of digitization, climate change has emerged as a major international concern. Future smart cities will be able to significantly contribute to global climate mitigation, global climate change, and decarburization via the employment of NG in the form of a gigantic energy collecting system, particularly blue electricity and wind energy. In the next 30 years, three megatrends are projected to emerge: vast urbanization via fully smart gadgets, ego bioelectronics for individualized health, and comprehensive investigation of renewable energy sources to mitigate environmental change and energy crises.
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