A Neuro-Symbolic AI Framework for the Knowledge Graph Lifecycle

Explore a comprehensive PhD proposal presentation that introduces EMPWR, a neuro-symbolic AI framework designed to revolutionize knowledge graph lifecycle management. Delve into the fundamental limitations of large language models as probabilistic engines and discover how knowledge graphs can provide the declarative capabilities needed to anchor and augment LLMs with explicit knowledge definitions for mission-critical domains and enterprise environments. Examine the core challenges of data interoperability, dynamic knowledge representation, and AI system alignment that current approaches fail to address adequately. Learn about the proposed EMPWR framework's innovative approach to bridging the gap between statistical correlation-based AI systems and structured knowledge representation. Understand how this neuro-symbolic methodology aims to create more robust, reliable, and interpretable AI systems by combining the strengths of neural networks with symbolic reasoning capabilities. Gain insights into the technical architecture and implementation strategies for managing complex knowledge graph lifecycles in real-world applications. Discover the potential implications of this research for advancing AI systems beyond their current probabilistic limitations toward more trustworthy and explainable artificial intelligence solutions.