About CTSD 2027
As digital technologies continue to advance rapidly, their integration with sustainable development goals remains a critical priority for researchers, industry leaders, and policymakers worldwide. The 2027 2nd International Conference on Computer Technology and Sustainable Development (CTSD 2027) invites scholars, practitioners, and decision-makers to convene in Qingdao, China from March 12 to 14, 2027, to explore the transformative potential of computer technology in driving sustainable and inclusive growth.
Building on the success of its inaugural edition, CTSD 2027 serves as a premier multidisciplinary platform for cutting-edge research at the intersection of computer science, environmental sustainability, and societal well-being. The conference will address key themes including green computing, AI-driven environmental monitoring, digital twins for sustainable urban planning, intelligent systems for circular economy, and ethical technology governance.
Through keynote speeches, panel discussions, technical presentations, and workshops, participants will engage in collaborative problem-solving to tackle global challenges such as climate change, resource scarcity, and social inequality. By bringing together thought leaders from academia, industry, and policy sectors, CTSD 2027 aims to foster interdisciplinary cooperation and accelerate the development of responsible and sustainable technologies.
Join us in Qingdao as we collectively shape a future where computer technology advances in harmony with the principles of sustainability and social responsibility.
Important Dates
Full Paper Submission Date: 2027.1.4
Notification of Acceptance: 2027.2.4
Registration Deadline: 2027.3.1
Conference Dates:March 12-14, 2027
Countdown to the Conference:
The topics of interest for submission include, but are not limited to:
📚︎Track 1: Sustainable Computing and Green Technologies
Green Computing; Energy-Efficient Algorithms; Distributed Computing; Soft Computing; Edge Computing / Fog Computing; High Performance Cloud Computing; Reconfigurable Computing; Data Mining Algorithms; Data and Information Quality Control; Sustainable High-Performance Systems; Sustainable Informatics and Optimization; Complex Systems; Sustainable Communication and Security; Software Engineering for Sustainability; Energy-Efficient Deep Learning and Machine Learning; Green AI Algorithms and Model Optimization; Low-Power Intelligent Devices and Edge AI; Quantum Computing and Green Technology; Software-Defined Networking (SDN) and Energy Management
📚︎Track 2: Intelligent Society and Sustainable Development
Smart City; Intelligent Transport; Smart Energy; Smart Healthcare; Algorithmic Approaches to Energy System Problems; Grid Modeling and Simulation; Distributed Energy Management Systems; Energy- and Power-Constrained Devices and Gateways; Ultra-Low Power System Architectures; Energy-Efficient M2M Communications; Autonomous Vehicles and Vehicular Networks; Urban Traffic Congestion Optimization; Smart Public Transit Scheduling; Decentralized Healthcare Management System; AI-Driven Environmental Monitoring; Digital Twins for Sustainable Urban Planning; Intelligent Systems for Circular Economy; Social Sustainable Development; Consumption Forecasting and Sustainable Investment; Human and Environment; Green Economy Development; Smart City and Green Building Design; Carbon Emissions; Agriculture and Land Ecology; Management Sustainability; Technology and Engineering Management; Sustainable Supply Chain Management; Sustainable Human Resource Management; Education for Sustainable Development; Smart Education; Classroom Education Assessment; Interdisciplinary Research
📚︎Track 3: Data Science, Big Data and AI for Sustainability
Big Data and Sustainable Development Decision Support; Big Data-Driven Environmental and Climate Data Analysis; Data Modeling and Assessment for Sustainable Development Indicators; Open Data Platforms and Social Participation; Data-Based Resource Recycling Optimization; Data Visualization for Environmental Awareness; Large Language Models; Machine Learning; Multimodal Intelligent Computing; Modeling and Simulation; Human-Computer Interaction; Image / Video / Speech Processing; Computer Vision; Natural Language Processing; Deep Learning; AI Ethics and Sustainable Development; AI for Environmental Protection and Resource Management; Intelligent Resource Management and Optimization; Green Smart Manufacturing and Industry 4.0; Deep Learning-Based Climate Change Prediction
📚︎Track 4: Communication, Networking and Security for Sustainable Systems
Wireless Communication and Networks; Communication Architecture Optimization; Big Data Architecture; 5G Green Technologies; Sensor Networks; Digital Media Technology; Green Information and Communication; Signal Processing; Energy-Efficient Communication Protocol Design; Energy-Efficient Optical Communication Technologies; Renewable Energy-Driven Communication Base Stations; Green Edge Computing and Communication Integration; Smart Antennas and Energy Efficiency Optimization; Low-Power IoT Communication Technologies; Green Cybersecurity and Privacy Protection; Distributed Sustainable Systems and Blockchain Technology; Green Information and Communication Sensor Data Processing
Publication
All papers submitted to CTSD 2027 will be reviewed by two or three expert reviewers from the conference committees. After a careful reviewing process, all accepted papers will be published in Conference Proceedings, and will be submitted to EI Compendex / Scopus for indexing.
Note: All submitted articles should report original research results, experimental or theoretical, not previously published or under consideration for publication elsewhere. Articles submitted to the conference should meet these criteria. We firmly believe that ethical conduct is the most essential virtue of academics. Hence, any act of plagiarism or other misconduct is totally unacceptable and cannot be tolerated.
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