Peer-reviewed papers, thesis, and technical blog posts.
Papers & Thesis
Presents WildfireVLM, an AI-driven framework for early wildfire detection and risk assessment using satellite imagery. Demonstrated at the 3rd Wildfire Digital Twin Semi-Annual Review at UMBC in front of scientists from NASA.
Achieved state-of-the-art performance on the LongMemEval benchmark with 86% accuracy, surpassing the previous best by 15%, using a long-term memory system for conversational agents.
Proposes SBI-RAG, a framework combining schema-based instruction with retrieval augmented generation to improve mathematical word problem solving capabilities in students using LLMs.
MS thesis presenting a novel approach to enhancing model-free RL algorithms by integrating graph attention networks into an R-GCN framework, achieving a 20% improvement in sample efficiency on Boxworld and Minigrid LavaGap benchmarks.
Presents ReProHRL, a hierarchical reinforcement learning framework for multi-goal navigation, transferring from simulation to real-world robotic environments with an 85% transfer success rate.
Explores the practical deployment of deep RL for autonomous drone navigation in real-world environments using vision-based inputs and YOLO object detection, bridging the Sim2Real gap.
Peer-Reviewing Experience