基于物联网的三维可视化平台,高效管理智慧城市生态系统

G. Suciu, Lucian Necula, Teodora Usurelu, I. Rogojanu, M. Ditu, Alexandru Vulpe
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引用次数: 0

摘要

如今,大多数城市发展都基于ICT(信息和通信技术)解决方案,这可以提高社会经济发展和生活质量。智慧城市被认为是物联网最有前途的应用。尽管有所有标准化过程,但构建智慧城市物联网平台仍然是一个挑战。物联网环境的不断变化要求系统动态采用新技术。为了应对这一挑战,我们建议部署CitiSim平台,该平台可以模拟事件处理的3D模型,并支持不同的操作系统(OS),从而实现新的业务模型。CitiSim平台的主要优势在于,它使大数据分析工具能够监控来自不同来源的数据。主要目标是确定用于构建智能城市模型的环境、社会和经济指标,这些指标有助于改善土地利用、交通、能源和用户需求的决策过程,并根据特定地区的标准进行分类和评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT-Based 3D Visualisation Platform for an Efficient Management of the Smart City Ecosystem
Nowadays, most of the urban developments are based on ICT (Information and Communication Technology) solutions which can increase the socio-economic development the quality of life. Smart Cities have been pointed out as the most promising applications of Internet of Things (IoT). Despite all standardisation processes, building a Smart City IoT platform remains a challenge. The continuous changes in IoT environment require the system to adopt new technologies dynamically. To address this challenge, our proposal is the deployment of the CitiSim platform which can simulate 3D models for events processing and supports different Operating Systems (OS) enabling new business models. The main advantage of the CitiSim platform is that it enables Big Data analytics tools to monitor data coming from heterogeneous sources. The primary objective is the identification of the environmental, social, and economic indicators used in order to build smart urban models that contribute to the process of decision making for improving land use, transport, energy, and user needs, classified and evaluated with respect to the criteria of a specific district.
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