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| | Post date: 2023/12/28 | |
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1.Smart sustainable cities of future: Theories and Approaches
- New Ideas and Approaches in Future Studies
- Geographical Thought and the Future of Cities;
- Information and Communication Technology and Urban Future;
- Urbanization and the Sustainability of Future Cities; Theoretical Foundations and Requirements for Achieving Future Smart Cities;
2.Smart sustainable cities of future: Information and Communication Technology and Geoinformatics Infrastructures
- Electronic Infrastructure and the Strategy of Sustainable Smart Cities;
- Virtual Space, Internet of Things, Metaverse, Artificial Intelligence, and Smart Sustainable Cities;
- Big Data and Management and Planning of Sustainable Smart Cities;
- Data Mining and Knowledge Discovery in Smart Sustainable Cities;
- Deep Learning Methods based on Machine Learning and Smart Sustainable Cities
- New Geospatial Information Technologies, Remote Sensing, and Sustainable Smart Cities;
- Spatial Data Infrastructure (SDI) and Smart Sustainable Cities;
Geospatial Data Mining and Spatial Knowledge Discovery in Smart Sustainable Cities;
Participatory-based and Crowdsourced Spatial Systems for Data Collection and Aggregation;
Health and Security of Electronic and Communication Infrastructures in Smart Sustainable Cities.
3.Smart sustainable cities of future: Intelligent Institutions and Future Governance
- Achieving Smart Sustainable Cities and Institutional Structures, Legal Frameworks, and International Documents;
- Future-oriented Smart Urban Governance;
- Institutional Integration and Smart Sustainable Cities;
- Democratic processes, diversity, and social inclusion in smart sustainable cities;
- Openness and citizens' free access to information in smart sustainable cities;
- Transparency, accountability, and technological infrastructure and smartification;
- Efficient and effective spatial and sectoral planning and management based on intelligent, creative, and innovative mechanisms;
- Smart governance and sustainable resource management;
- Digitization of bureaucratic systems and processes and sustainable smart cities;
- Governance and smartification of public services.
4.Smart sustainable cities of future: Environmental Sustainability and Smart Environment
- Sustainable protection of ecological infrastructure and intelligent ecosystem service utilization;
- Smart and sustainable management of water resources; Intelligent and sustainable utilization of renewable energy resources;
- Smart control and monitoring of air pollution and low-carbon cities;
- Reduction of natural disasters and preparedness for them;
- Smart processes for risk reduction and climate change adaptation;
- Pandemics and infectious diseases and patterns of smart and sustainable urban development;
- Resilient urban infrastructure and smart system;
- Resilient and adaptive smart systems and networks;
- Smart and sustainable recycling of waste and wastewater; Smart urban infrastructure and promotion of sustainability;
5.Smart sustainable cities of future: Smart Economy and E-commerce
- Economic cycles in future smart sustainable cities; Technological infrastructure and global competitiveness of cities; Innovation, creativity, branding, and entrepreneurial companies (startups);
- Smart tourism and economic sustainability;
- marketing and geo marketing processes;
- Small and sustainable businesses;
- Internet businesses and using time-space compression opportunities;
- entrepreneurial and community-oriented universities and smart and sustainable urban development;
6.Smart sustainable cities of future: smart society and electronic citizenship
- social participation and smart and sustainable citizenship action;
- poverty, exclusion, social inequality and the digital divide;
- Justice and socio-spatial inclusion and sustainable smart cities;
- Playing a role in the public sphere and non-governmental organizations;
- Insecurity and computer crimes and smart technologies;
- Plurality and social diversity and smart sustainable cities.
7.Smart Sustainable cities of Future: Economics of Spatial planning, Physical Design and Smart Architecture
- Spatial planning and the future of a smart and sustainable city;
- balanced planning at national, regional and local scales;
- Spatial planning and ecological sustainable capacities;
- land use planning and smart and sustainable urban future;
- Smart growth and sustainable urban development patterns;
- sustainable, green and environmentally friendly urban design;
- Integration of technological infrastructure and urban space and public infrastructure;
- Green infrastructure network and smart sustainable cities;
- green buildings and sustainable smart cities;
- virtual reality, architecture and urban planning.
8.Smart sustainable cities of future: smart transportation and sustainable transportation
- Mixed use, reducing the distance between work and residence and reducing dependence on cars;
- Technological and intelligent infrastructure
- and densification of urban activities;
- Smart and technological infrastructure and traffic management;
- Technological integration and smart and sustainable transportation system;
- Low carbon city and urban transportation system;
- Sustainable and environmentally friendly transportation patterns;
- Climate change and urban transportation system;
9.Smart sustainable cities of future: sustainability of urban edges and smart peri-urban areas
- Ecosystem stability and ecological resilience of peri-urban areas;
- Changes in land use and sustainability in peri-urban areas;
- noble spaces and sustainability of peri-urban areas;
- Spatial incompatibility and distance between work and residence in peri-urban areas;
- Technological opportunities and decentralization and densification of work and activity in peri-urban areas;
- Rural development and sustainable management of urban edges and peri-urban areas.
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