The Pathway of "Intelligent Construction + Scenario Operation" for Smart Neighborhoods of Future City

Abstract

Faced with the future decentralization trends of intelligent agent distribution in urban neighborhoods, this article proposes a new, integrated pathway of “intelligent construction + scenario operation.” Its innovativeness lies in incorporating intelligent technology into processes of urban design, neighborhood renewal, and scenario operation. The pathway is tested through the empirical research on the case of the Shanghai Vanke Future City (NEXUS) project. In this project, the “intelligent construction + scenario operation” pathway is mainly demonstrated in scenarios of “intelligent transportation,” “convenient living,” “inclusiveness and security,” and “environmental governance.” The project becomes the model of combining production, ecology, and living together under Shanghai’s new city strategy, and has gained positive social impacts. It verifies that the pathway is conducive to improving the design, construction, and operation qualities of future urban neighborhoods, providing a reference for China’s smart neighborhood construction in the future.

● Proposes a pathway of "intelligent construction + scenario operation" for smart neighborhoods of future city

● Incorporates intelligent technology into processes of urban design, neighborhood renewal, and scenario operation

● The pathway is domonstrated through the building Shanghai's first community-level CIM platform project led by enterprise

Graphical abstract

Keywords

Smart Neighborhood / Urban Renewal / Intelligent Construction / Scenario Operation / Future City / Intelligent Technology / Neighborhood Design

References

[1] Wu, Z., & Zheng, D. (2023). Foresee Metropolitan Future: Strategic Prediction Methodology to Explain Uncertainty. Shanghai SDX Joint Publishing Company.

[2] Zheng, D. , Sun, H. , Jiang, Q. , & Jiang, Y. (2016) Space guide and innovation platform of smart street. Shanghai Urban Planning Review, (6), 75– 83.

[3] Long, Y. , Li, W. , Zhang, E. , Yan, T. , Chen, J. , Li, P. , & Tong, C. (2023) The spatial prototype and realization path for future city. Journal of Urban and Regional Planning, 15 (1), 1– 17.

[4] Wang, X. (2020) Grassroots social governance: From grid management to network governance. Theoretical Exploration, (2), 76– 80.

[5] Wu, Z. , Wang, J. , Ding, L. , Dang, A. , Zhen, F. , Yang, T. , Liu, H. , Yang, J. , Long, Y. , Niu, Q. , Zhao, M. , Pan, H. , Wang, D. , & Wang, G. (2022) Calmly thinking of smart city boom. Urban Planning Forum, (2), 1– 11.

[6] Meng, F. , & Wu, X. (2022) Revisiting pSmart Cityq: Three basic research questionsjBased on a systematic review of English literature. Public Administration and Policy Review, 11 (2), 148– 168.

[7] Ye, Y. , Zhang, G. , & Han, Y. (2022) Built environment auditing based on multi-source data and embodied evidence-based technology: A case study of Dishui Lake Station Square in Shanghai. Landscape Architecture, 29 (9), 55– 61.

[8] Long, Y. , & Shen, Y. (2015) Data augmented design: Urban planning and design in the new data environment. Shanghai Urban Planning Review, (2), 81– 87.

[9] Deng, J. (1983) Gray system theory and econometrics of futurology. Future and Development, (3), 20– 23.

[10] Li, M. , Wang, W. , Hua, Y. , & Yang, T. (2022) Smart city planning and design based on space and technology application scenarios. Intelligent Building Smart City. (3), (3), 59– 63.

[11] Zheng, D. (2021) The strategic implementation path of smart streets. Regional Governance, (4), 35– 36.

[12] Wu, Z. (2023, October 26). Empowering the future of cities through intelligent planning [Conference presentation]. 2023 High-level Talent Training Program "Pujiang Academy" of Shanghai Urban Planning & Design Research Institute, Shanghai, China.

[13] Meyrowitz, J. (1985). No Sense of Place: The Impact of Electronic Media on Social Behavior. Oxford University Press.

[14] Liu, Q. (2021) Smart community classification and integrated development from the perspective of product application. Urban Planning International, 36 (6), 71– 78.

[15] Salazar-Miranda, A. , Zhang, F. , Sun, M. , Leoni, P. , Duarte, F. , & Ratti, C. (2023) Smart curbs: Measuring street activities in real-time using computer vision. Landscape and Urban Planning, (234), 104715.

[16] Lees, S. , Jang, K. M. , Kang, N. , Kim, J. , Oh, M. , & Kim, Y. (2022) Redesigning urban elements and structures considering autonomous vehicles: Preparing design strategies for wide implementation in cities. Cities, (123), 103595.

[17] Yang, Z. , Jia, P. , & Zuo, Z. (2006) Optimization of road route and alignment based on road engineering and transport planning. Journal of Highway and Transportation Research and Development, 23 (2), 56– 60.

[18] Editorial Department of China Journal of Highway and Transport., (2016) Review on Chinaos traffic engineering research progress: 2016. China Journal of Highway and Transport, 29 (6), 1– 161.

[19] Akindipe, D. , Olawale, O. W. , & Bujko, R. (2022) Techno-economic and social aspects of smart street lighting for small citiesjA case study. Sustainable Cities and Society, (84), 103989.

[20] Ding, Z. (2023). New media and transformation of the life style of the aged people in Shanghai [Doctoral dissertation]. Shanghai University.

[21] Liu, Q. , Chen, Y. , Huang, D. , Li, Y. , & Qian, Z. (2023) Modular urban design method for integrated cyber-physical-social scenarios in smart cities: The case of conceptual design of Huaqiangbei future street. Urban Planning Forum, (2), 110– 118.

[22] Wang, Z. , Zheng, Z. , Zhou, B. , & Zhao, Y. (2019) Analysis of experience and prospects of smart city development. Artificial Intelligence VIEW, (6), 16– 30.

[23] Dou, Y. (2022, September 11). Shenzhen is building a "Property City" and exploring new modern management paths for megacities. Shenzhen Special Zone Daily.

[24] Yang, S. (2022). Multi-energy cooperative operation optimization and benefit allocation model for new energy microgrid [Doctoral dissertation]. North China Electric Power University.

Acknowledgements

Seed Project of "A Simulative and Extrapolative Technological Framework of the Future of Cities Through Urban Planning Schemes," China Intelligent Urbanization Co-creation Center for High Density Region (No. 2014-898675)

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