Figure - available from: Complexity
This content is subject to copyright. Terms and conditions apply.
A flowchart of the information transmission model of the intelligent park IoT big data system based on relay cooperation.
Source publication
Today, intelligence in all walks of life is developing at an unexpectedly fast speed. The complexity of the Internet of Things (IoT) big data system of intelligent parks is analyzed to unify the information transmission of various industries, such as smart transportation, smart library, and smart medicine, thereby diminishing information islands. T...
Citations
... Literature [20] pointed out that intelligent sports health management was applied to the insurance industry, and they found that nearly all medical expenses were spent on treating preventable diseases, which means that even a small health improvement can save a lot of direct medical expenses. Literature [21] through the big data analysis method, intelligent sports health management has been paid more and more attention by scholars. At the same time, it can be seen from the above research that scholars' research on health management has involved many aspects in recent years, including public health management and implementation, employee health management, community health management, and college student health management, and from this research trend, the scope and depth of research will continue to expand. ...
Intelligent sports health management refers to the whole process of comprehensively monitoring, analyzing, evaluating, providing health consultation and guidance, and intervening in health risk factors for individuals or groups. The rise of Internet of Things technology has played an obvious role in the health management of intelligent sports and realized the integration and optimal allocation of intelligent sports resources. At the same time, in the field of information technology, the emergence of cloud computing as a new computing mode enables people to directly obtain software and computing power through network applications, so as to innovate the intelligent sports health management system and improve the intelligent sports health management system. Cloud computing mainly realizes the storage capacity of massive data and distributed computing capacity through processor computing, virtualization technology, distributed storage technology, broadband Internet technology, and automatic management technology. Based on Internet of Things and cloud computing technology, taking intelligent sports management as the research carrier, an intelligent sports health management system is designed, which provides a new attempt to use advanced information technology to assist intelligent sports health management system.
... e research direction of this paper: big data has the characteristics of high efficiency, accuracy, sustainability, and volume and speed diversity [26]. It often includes smart device real-time information in social networks [27,28], point of interest (POI) [29], massive high-resolution aerial pictures, and image parameterization, in addition to the conventional built environment types data [30], etc. e research aims to explore "park city design based on big data technology," i.e., "intelligent park city," a new urban theory and paradigm which will further develop the theory of park city and prospectively use the concept of ecological wisdom to guide healthy urban development. Our specific goal is to combine the two major cities' development strategies, smart city and park city, to focus on the coordinated and innovative development of "Smart Ecology, Smart Life, and Smart Production." ...
By analyzing the historical background of the times and summarizing the current situation of urban development research at home and abroad, we find that there is a lack of theoretical and practical research related to intelligent park cities. Therefore, this paper first starts with the connotation of park city theory, focuses on the improvement of planning methods, and studies the application paths of big data technology in the planning and construction of park cities. Taking Jinzhai Country as the research object, this paper further illustrates the applicability of this research method at the macrolevel. In the context of the park city, we analyze the problems of the current status of city construction in general and explore the path of “planning concept first, big data-assisted design” for innovative and intelligent city construction. According to the study, the overlook corridor control has an impact on the building height. In terms of landscape protection, overlook system simulation is the other key factor. In addition, the analytic hierarchy process is the basis for development intensity control. The results show that big data technology can assist in the landscape conservation, morphology formation, and efficient operation of Jinzhai Country Park City. Our aim is to achieve the protection and utilization of its ecological environment and natural resources and thus to comprehensively coordinate the multidimensional urban spaces and build a park city model. As an urban development model that meets the requirements of being “people-oriented, efficient, green, and aesthetic” in the new stage, park cities need to be faced by researchers in order to further realize the overall city goal and vision for the whole society to be smart. It also provides relevant design ideas and methods for the planning and construction of park cities in other similar cities or regions.
