Smart city construction support system, smart city construction support method, and smart city construction support program

Abstract

By utilizing mobile mapping technology, we collect and analyze a wide range of data, including urban energy consumption, traffic flow, and civic activities, in high accuracy and in real time. This allows us to comprehensively and systematically understand the entire city, formulate optimal decision-making and operational strategies, and realize sustainable and efficient urban management. [Solution] The present invention utilizes positioning sensors and mobile data collection sensors (collecting a first data group) mounted on a mobile body M, as well as urban infrastructure sensors (collecting a second data group) installed in urban areas, to collect the first and second data groups necessary for the construction or operation of a smart city with high accuracy and in real time. By integrating and analyzing these together with positioning data, the invention centrally manages a wide range of urban data and provides foundational information for achieving efficient and sustainable operation of a smart city by comprehensively and systematically understanding the entire city.

Claims

1. A smart city construction support system using a mobile data collection system comprising: a positioning sensor mounted on a mobile body capable of moving through urban areas to collect positioning data of the mobile body; and a mobile data collection sensor mounted on the mobile body to collect a first data set necessary for the construction or operation of a smart city, An urban infrastructure sensor installed in the aforementioned urban area and collecting a second data set different from the first data set necessary for the construction or operation of the aforementioned smart city, A data integration unit that integrates the first data group and the second data group together with the positioning data, A data analysis unit analyzes the data set integrated by the aforementioned data integration unit, Based on the analysis results analyzed by the aforementioned data analysis unit, an information provision unit provides information to realize the functions required for the smart city platform, A smart city construction support system characterized by having the following features.

2. The smart city construction support system according to claim 1, characterized in that the mobile body is a moving mapping vehicle, and the data integration unit, the data analysis unit, and the information provision unit are provided on a cloud server.

3. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information obtained from the results of analyzing the data integrated by the data integration unit, and is information for realizing energy-efficient lighting arrangement and lighting control according to demand.

4. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information obtained from the results of analyzing energy usage patterns within the building based on data integrated by the data integration unit, and is information for reducing energy consumption of the building's air conditioning and lighting systems.

5. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information obtained from the results of analyzing traffic data based on the data integrated by the data integration unit, and is information that enables route guidance and signal control to alleviate road congestion.

6. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information obtained from the results of analyzing the data integrated by the data integration unit, and is information for adjusting the operating schedule and routes of public transportation in accordance with the mobility needs of citizens.

7. The information provided by the information provision unit is information obtained from the results of an analysis of crime rates and accident hotspots based on data integrated by the data integration unit, and is information for realizing the optimal placement of security cameras and traffic safety measures, as described in claim 1 of the smart city construction support system.

8. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information obtained from the analysis results of air quality and noise levels based on the data integrated by the data integration unit, and is information for implementing measures to ensure that the air quality and noise levels fall below predetermined values.

9. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information for identifying areas with a high risk of natural disasters such as floods and earthquakes, based on the results of analyzing data integrated by the data integration unit, and for formulating pre-emptive countermeasures plans and evacuation plans.

10. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is based on the results of analyzing the data integrated by the data integration unit, and is information that enables the rapid assessment of damage and efficient rescue and recovery work in the event of a disaster.

11. The smart city construction support system according to claim 1, wherein the information provided by the information provision unit is information for supporting urban planning and policy formulation, based on the results of analyzing the data integrated by the data integration unit.

12. The smart city construction support system according to claim 1, characterized in that the information provided by the information provision unit is information for realizing sustainable urban development, including energy consumption reduction, traffic flow optimization, and environmental protection, based on the results of analyzing data integrated by the data integration unit.

13. A positioning sensor mounted on a mobile vehicle that can move through urban areas and collects positioning data of the mobile vehicle, A mobile data collection sensor mounted on the aforementioned mobile body collects a first set of data necessary for the construction or operation of a smart city, A method for supporting the construction of a smart city using a mobile data collection system equipped with, The urban infrastructure sensor is installed in the aforementioned urban area and collects a second data set different from the first data set necessary for the construction or operation of the smart city, A data integration step of integrating the first data group and the second data group together with the positioning data, A data analysis step which analyzes the data set integrated in the aforementioned data integration step, Based on the analysis results obtained in the aforementioned data analysis step, an information provision step provides information to realize the functions required for the smart city platform, A method for supporting the construction of a smart city, characterized by having the following features.

14. A smart city construction support program for causing a computer to perform each step of the smart city construction support method according to any of the claims 13.

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