From 07/11/2023 to 09/11/2023

Not declared

Kuala Lumpur

Malaysia

A smart city is one that uses information and communication technologies with the aim of increasing operational efficiency, sharing information with the public, and improving not only the quality of government services, but also the citizens’ well-being. Its mission is to optimize city functions which in turn drive economic growth which results in improving the citizens’ quality of life by using smart technology. Hence, raising awareness of the benefits of building a smart city should be promoted and implemented globally. IEREK organizes the 6th international conference on “Future Smart Cities” where a huge number of researchers and stakeholders are able to discuss how building smart cities foster sustainability and what are the challenges and concerns that should be considered while investing in the services and infrastructure supporting the city to be more livable. The term ‘ smart city ‘ is given to a city that integrates both information and communication technologies (ICT) in order to boost the quality and performance of urban services which include energy, transportation and utilities. Hence, reducing resource consumption, wastage, and overall costs in general. To sum it up, the main aim of a smart city is to enhance the quality of living for its citizens through smart technology. Proposals and researches, therefore, are requested to discuss the new proposals of future cities, as well as the transformation of our cities to be in the scope. Decision makers, citizens, researchers, universities, companies and planners are all invited to discuss this theme further and to maximize the benefits of the conference and get a successful proposal to the future smart city.
Conference Topics:
Importance of Building Sustainable Smart Cities | Understanding the Significance of Building Sustainable Smart Cities; Creating Spaces for Technological, Social, and Business Development Through the Development of Smart Cities; Security Enhancements from Building Smart Cities; Environmental Benefits of Implementing Smart City Solutions; The Well-being Benefits of Green Buildings in Smart Cities;
Computational Advancements in Future Smart Cities | Big Analysis Data Impact on Smart Cities; Role of Technology in Sustainable Development; The Future of Cloud Computing; Tendencies of Technologies and Platforms in Smart Cities; Smart Home Management System;
Energy Efficiency in Smart Cities | Renewable Energy and its Efficiency in Smart Cities; Energy Efficiency and how it affects the Future of Urban Housing; The Role of Smart Grids in Developing Sustainable Building Design; Opportunities for Energy Efficiency in Smart Cities; Developing Energy Efficiency Optimization Methods;
Key Components for Developing Smart Cities | Concept of Interoperability as a Key to the Emerging Smart City; Water-Efficient Infrastructure and Energy Conservation in Smart Cities; Trends of Smart Transportation: Smart Parking and Traffic Management; Technologies to Improve Emergency Management; Development of Public-Private Partnerships for Sustainable Development;
Challenges in Implementing Smart Cities | Building the Infrastructure of a Smart City; Revolutionizing Communications for Accurate Service Delivery in Smart Cities; Data Security in Smart Cities: Challenges and Solutions; Smart City Infrastructure Development Monitoring; Smart Healthcare, & Emergency management.

The Conference adopts double-blind peer review process

English

Accessibility, Adaptation Strategies, Artificial Intelligence, Augmented Reality, Big Data, Biodiversity, Bioenergy, Building Envelope, Building Technology, Built Environment, Case Studies, Circular Economy, City, Clean Energy, Clean Technologies, Climate Change, Cloud Computing, Communication, Complex Systems, Data Analysis Processes, Data Management, Data Sensing and Analysis, Deep Learning, Development Economics, Digital Technologies, Digitalization, Economics, Ecosystems, Emerging Trends, Enabling Technologies, Energy Distribution, Energy Efficiency, Energy Production, Energy Storage, Energy Systems, Enhancement, Environmental Impact, Environmental Sustainability, Future Developments, Good Practices, Governance, Green Buildings, Green Cities, Green Economy, Green Infrastructures, Green Mobility, Green Policies, Health & Wellbeing, Health Emergency, Health Risk, Healthcare Infrastructure, Housing, ICT, Inclusive Design, Infrastructures, Innovative Approaches, Innovative Technologies, Interdisciplinary Approach, Internet of Things (IoT), Landscape, Management, Methods for Diagnostics, Mobility, Monitoring, Multi-scale Analysis, Nature-based Solutions, Networks, Open-source, Process Management, Project Management, Public Spaces, Renewable Energy, Renewable Resources, Resilience, Resource Management, Risk Management, Safety and Security, Satellite Systems, SDGs 2030, Sensors, Service Innovation, Services, Sharing, Smart Buildings, Smart Cities, Smart Grids, Smart Infrastructure, Smart Materials, Smart Mobility, Smart Systems, Smart Tools, Social Impact, Social Sustainability, Sustainability, Sustainable Cities, Sustainable Development, Sustainable Energy, Telecommunications, Transport infrastructures, Urban Areas, Urban Development, Urban Infrastructures, Urban Landscapes, Urban Regeneration, Urban Studies & Planning, Virtual Reality, Waste Management, Waste Recovery, Water, Water Resources Engineering

IEREK | International Experts for Research Enrichment and Knowledge Exchange

Not declared

Smart and Sustainable Environment Journal

Scopus

Emerald Publishing

fsc@ierek-scholar.org