Unleashing the power of federated learning and reinforcement learning in the intelligent evolution of Web3.0
Aby K Thomas, C Laxmikanth Reddy, Sanjay Kumar Suman, Selvaraj Tamilselvi, Neelamegam Devarasu, T. S. Arulananth · 2024
Web 3.0’s dynamic environment calls for an intelligent transition toward decentralized, privacy-aware, and ethical AI. We have provided a detailed analysis of how the suggested technique, which brings together federated learning and reinforcement learning, stacks up against more conventional approaches to machine learning. We examined these solutions across critical aspects, including data protection, customization, flexibility, ethical compliance, and scalability. The findings have been successfully communicated via the use of visualizations. Our research shows that the suggested approach, which utilizes distributed learning, is superior in many important respects. By putting sensitive data where it belongs—on users' devices—it ensures the highest levels of privacy possible while yet allowing for customization. Reinforcement learning’s incorporation guarantees Web 3.0 intelligent systems can adapt to user behavior. In addition, the process is ethically compliant, meeting the requirements of the modern internet age. The capacity to scale up as the number of users increases is also fully supported. While conventional approaches do provide some useful resources, they fall short when compared to the new way. They are less suited to the requirements of Web 3.0 because they typically fail to achieve the optimal balance between data protection, customization, flexibility, and ethical compliance.