Fuzzy Logic in Revolutionizing Renewable Energy

Bhupinder Singh is a professor at Sharda School of Law, Sharda University, India. He has authored 3 books, published 97 papers, given 163 presentations at national and international conferences and seminars, and participated in more than 40 workshops, faculty development programs, and quality improvement programs, and 25 courses from reputed international universities. Dr. Singh has more than 16 years of experience in leadership, teaching, research, and industry.Komal Vig is the dean of Sharda School of Law, Sharda University, Greater Noida, India. She has a doctorate in law (criminal law) and an MBA in human resources. Prof. Vig has served in the field of academics in different capacities for more than 20 years.Ruchi Lal is the head of department at the School of Law at Manav Rachna University, India. She has presented more than 50 research papers at various national and international conferences/seminars and has published 65 research papers in Scopus and UGC Care journals. During her professional career, Prof. Lal has handled diverse academic and administrative responsibilities such as drafting and vetting of the syllabi, member of the board of studies, and organization of academic events.Budi Agus Riswandi is a professor of law in intellectual property rights and cyberlaw and dean of the Faculty of Law, Universitas Islam Indonesia. He also teaches at various law faculties in Indonesia. Prof. Riswandi’s research focuses on intellectual property rights and cyberlaw, and he has published several books and articles journals in the field.

• 1. Fuzzy Control System in Smart Infrastructure for Smart and Futuristic Cities: Organic Photovoltaic Glass Confirming Sustainability via Efficient Energy Management 2. Renewable Energy Innovative Technologies and Intellectual Property Rights Smearing Fuzzy Logics for Sustainable Future in Smart and Sustainable Cities 3. Fuzzy Logic for Fault Diagnosis and Prognostics in Renewable Energy Systems 4. Smart Sustainable Cities: Addressing Privacy, Equity, and Social Justice through Fuzzy Decision-Making 5. Strengthening Fuzzy Logics and Federated Learning Devices for Renewable Energy 6. Fuzzy Logic: A Quantitative Approach to Objective Environmental Impact Assessments 7. Harnessing Fuzzy Logics in Renewable Wind Energy for Smart-Sustainable Cities and Villages: Pioneering Climate Action through Intelligent Energy Management in Industry 5.0 8. Integration of Fuzzy Logic in Smart City Framework to Enhance Sustainability 9. Prognostic Capabilities of Fuzzy Logic in Fault Management for Renewable Energy Systems 10. Industrial Internet of Things and Renewable Energy: Fuzzy Logic Solutions for a Sustainable Future 11. Assimilating Fuzzy Logic in Smart City and Village Development for Sustainable Future 12. Harnessing Fuzzy Logic for Enhanced Wave and Tidal Energy Conversion: A Path to Sustainability 13. Quantifying the Contributions of Fuzzy Logic Solutions in Achieving Sustainable Development Goals through Renewable Energy Innovations in Smart Cities and Smart Villages 14. Advancing Solar Photovoltaic Systems through Fuzzy Logic Control: Strategies for a Greener Future 15. Optimization of Human Resource Distribution in Minimizing Gender Imbalances at the Workplace Using Triangular Fuzzy Numbers 16. Implementation of Fuzzy Logic in Renewable 17. Enhancing Hydroelectric Power Systems through Fuzzy Logic for Sustainable Energy Management 18. Smart Villages and Cities: A Sustainable Imperative for Emerging India—A Journey from Painful to Thoughtful 19. Assimilation of Fuzzy Logic in Biomass and Biogas Energy Systems 20. Application of Fuzzy Logic Control in a System for Conserving Wind Energy: A Comprehensive Review