Schedule for Knowledge-infused Learning Class

Date Topic/papers Recommended reading Lecture Slides Notes
September 03, 2024 Overview of Knowledge-infused Learning Duality of Data and Knowledge Lecture Slides
September 05, 2024 Shades of Knowledge-infused Learning Shades of Knowledge-infused Learning Lecture Slides
September 10, 2024 Guest Lecture from Kaushik Roy (Intern Bosch and PhD AIISC, South Carolina) Knowledge-infused Neurosymbolic AI:Knowledge Graphs for Enhanced Semantics Demo Files
September 12, 2024 Reviewing Shades of Knowledge-infused Learning Readings: Knowledge-guided Machine Learning Slides Task: Compare Knowledge-guided Machine Learning with the perspective presented in Duality of Data and Knowledge.
September 17, 2024 Grounding LLMs: Building a Knowledge Layer atop the Intelligence Layer By Aman Chadha (Amazon Alexa GenAI & Stanford University) ClaimVer: Explainable Claim-Level Verification and Evidence Attribution of Text Through Knowledge Graphs; Gaussian Adaptive Attention is All You Need: Robust Contextual Representations Across Multiple Modalities Lecture Slides
September 19-26, 2024 Semi-Deep Infused Learning Readings: Semantics of the black-box: Can knowledge graphs help make deep learning systems more interpretable and explainable? Lecture Slides-1 Lecture Slides-2
October 01, 2024 Class Project Presentations
October 03, 2024 Semi-Deep Infused Learning - Markov Chain Monte Carlo Readings: Semantics of the black-box: Can knowledge graphs help make deep learning systems more interpretable and explainable? Lecture Slides
October 22, 2024 Semi-Deep Infused Learning - Variational Autoencoder Knowledge Infused Learning (K-IL): Towards Deep Incorporation of Knowledge in Deep Learning Lecture Slides
October 29, 2024 Knowledge Graph Embeddings Readings1: KI-BERT Readings2: K-BERT Lecture Slides KGE is the first step towards Deep Knowledge-infused Learning
November 21, 2024 KGE and Large Language Models Readings 1: LLM+KG Readings 2: Evaluation KGE Calibration Readings 3: FactKB Readings 4: QA-GNN using KG Lecture Slides Code Implementation