With the development of the economy, people’s living standards continue to improve, and the management awareness of their own health and safety has gradually increased. The human body usually has a long process of transition from being healthy to the appearance of disease, and people’s lifestyle and daily behavior will affect the health of the body to a large extent. This paper studies the national sports AI health management service system based on edge computing. This paper organically combines edge computing, artificial intelligence, and health management service systems. Through detection devices with smart sensors and smart health systems, a comprehensive health management service platform for the masses is constructed to promote the development of sports health management services. Upgrade and transform to make it more in line with the modern intelligent environment. The advancement of modern technology has gradually transformed my country’s traditional health record management service to an intelligent electronic health record management system. From the experimental data, it can be seen that the filing rate and pass rate of residents’ electronic files have reached 88.275% and 87.435%, but the utilization rate of health files is only 31.685%. The establishment of a supporting health management service system is precisely to effectively increase the utilization rate of health files, so that users can truly enjoy intelligent, professional, and real-time health services.
The research of demand forecast of city emergency supplies is of great significance to the management of urban emergency logistics. Taking the city public health emergency as the background, the paper will establish a model of push -pull demand forecasting about solving the problem of emergency supplies which is efficient and economical in emergency supplies efficiency under an emergency situation. The grey prediction method is used to solve the model by using the example analysis. The result shows the feasibility of the model and algorithm.
Abstract. With the rapid development of economy and society, the city scale continues to expand while transportation is under great stress. Constructing the intelligent transportation system is an effective solution to improve the level of transportation management and decision support. Against the background of the applications of ITS, the paper investigates the construction processing and conversion based on OSM road-net data. It mainly explores the construction process, reconfiguration and fusion of OSM data which helps making the road}et data independent on the application system under the background of huge amounts of city calculations and realizing the aim of standardization in road-net data semantic. Additionally we still study several problems that probably occur during the construction and reconfiguration process of road-net data in order to avoid unreasonable data construction and to satisfy the demands of intelligent city administration for the reliability and stability of the basic data.
Abstract. With the rapid development of economy and society, Intelligent Transport Systems also known as the road traffic information communication system, based on systems engineering, electronics, communications, information, and other high-tech, and have penetrated into the new transportation system of aviation, shipping, rail transport sector. In this paper, there is the basic organizational framework for intelligent transportation, intelligent transportation network proposed model and its data storage structure, and the important influence on optimal path trajectory intelligent transportation planning. This paper analyze intersection road network in the distribution based on computer. Establish ITS can improve after the road network line capacity and service levels, improve environmental quality and improve energy efficiency. There are introduction and overview of the basic concepts of domestic and international development, and proposed disciplinary system model of intelligent transportation systems, and network services model hierarchical model, and a brief analysis a model of meaning. Finally, the system standardization issues and model of the role of standardization briefly introduced.
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