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Track 1: Sustainable Computing and Energy-Efficient Systems
- Green data centers and cloud computing
- Low-power hardware design and architectures
- Energy-efficient computing models
- Smart grids and energy management
Track 2: AI and Green Technologies
- AI for energy optimization
- Sustainable machine learning algorithms
- Green AI and deep learning techniques
- AI in climate change mitigation
Track 3: Renewable Energy and Smart Systems
- Solar, wind, and hybrid energy solutions for computing
- Sustainable IoT and sensor networks
- Smart cities and smart infrastructure
- Green wireless communication systems
Track 4: Green Software Engineering and Algorithms
- Energy-aware programming and software optimization
- Eco-friendly software development lifecycle
- Sustainable algorithms and computation models
- Green blockchain and distributed systems
Track 5: Sustainable Cybersecurity and Privacy
- Energy-efficient cryptographic techniques
- Green cloud security solutions
- AI-driven cybersecurity for sustainable computing
- Privacy-preserving technologies with minimal energy consumption
Track 6: Circular Economy and E-Waste Management
- Sustainable IT policies and e-waste management
- Eco-friendly electronic design and manufacturing
- Recycling and refurbishing of computing devices
- Sustainable business models for IT industries
Track 7: Green Networking and Edge Computing
- Low-energy networking protocols
- 5G, 6G, and sustainability
- Edge computing for energy conservation
- AI-driven network optimization for energy efficiency