Graduate student at The George Washington University, specializing in autonomous AI systems that leverage NLP, LLMs and graph learning to solve complex problems.
Adaptive multi-space knowledge graph embeddings unifying hyperbolic, complex, and Euclidean geometries for scalable link prediction and relational reasoning.
A unified multi-language code parsing dataset with over 7M files across 10 languages, represented under a universal AST schema for cross-language reasoning and code analysis.
Graph-augmented LLM framework integrating AST/CFG embeddings with semantic reasoning for explainable Java code vulnerability detection.