Green Automation for Sustainable Environment

1. Introduction on Concepts of Green Computing, Sustainable Development Goals. 2. Techniques to Measure and Model Power and Energy Efficiency. 3. Power-Aware Resource Management. 4. IT Energy Efficiency. 5. Computational Models for Energy Efficiency and Data Storage. 6. Green Computing Enabled Wireless Models and Solutions. 7. Storage Solutions Best Practices. 8. Community Efforts for Sustainable Development. 9. Green Automation Enabled Data Centres. 10. Big Data Storage and Security Through Green Automation. 11. Sustainable Smart Spaces. 12. Green Cloud Environment. 13. Securing Smart Spaces with Green Environment and Computing. 14. Meta-Heuristics Techniques for Green Computation.

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• Energia
• Engenharia de produção
• Ciência agrícola
• Ciência ambiental, engenharia e tecnologia
• Ambiente
• Ciência da Computação
• Agricultura e indústrias relacionadas
• Tecnologia das fontes de energia renovável e alternativa
• Bases de Dados
• Engenharia electrotécnica

Power Consumption;Green Computing;Energy Efficiency;IoT Device;Resource Management;Sensing Node;Data Storage;Meta-Heuristics;Cloud Computing;Smart Spaces;CH;Green automation;Wearable Devices;Sustainable environment;Routing Protocol;Information technology;Leach Protocol;Nanoscience;Fog Computing;Relay Node;Energy Efficient Routing Protocols;Teaching Learning Based Optimization Algorithm;IoT Network;Gps Module;IoT System;IoT Technology;Network Lifetime;Sustainable Computing;Smart Cities;Green Data Center;Energy Conservation;E-waste Management;Hierarchical Routing Protocol