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Urban Resilience and Inclusion of Smart Cities in the Transformation Process for Sustainable Development: Critical Deflections on the Smart City of Bhubaneswar in India

机译:城市复原力与智能城市的可持续发展转型过程:印度智能城市智能城市的临界偏差

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With the development of smart cities in the present scenario, a major change has been focused in the field of information and communication technology (ICT). One of the engineering consultant firms in UK Arup has expected the global market for a smart city to be valued up to 400 billion GBP by the year 2020. Building a smart city involves changes in engineering in multiple disciplines and several areas. The idea of a smart city is gaining momentum due to advancement of new technologies such as application of technology related to IoT, for instance, RFID (radio frequency identification), sensors used for environment, actuators, artificial intelligence, cloud computing, wearable sensors. The standard of living in smart cities are improved by involving the deep integration of ICT in every aspect of city life. The initiatives taken for the feasibility of a smart city will depend on an expansion in the expansion of big data with application of IoT in various areas [1].
机译:随着智能城市的发展,在目前的情景中,一项重大变化集中在信息和通信技术领域(ICT)。 英国Arup的工程顾问公司之一预计将于2020年的全球智能城市的价值高达4000亿英镑的市场。建立智能城市涉及多个学科和几个地区的工程变化。 智能城市的想法是由于新技术的进步,例如使用与物联网相关的技术,例如,RFID(射频识别),用于环境,执行器,人工智能,云计算,可穿戴传感器的传感器。 通过涉及城市生活的各个方面的ICT深入融入智能城市的生活水平。 为智能城市的可行性采取的举措将取决于扩展大数据的扩展,在各种领域应用IOT [1]。

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