Ax Wei Zhuo, Siqiang Luo 3/17/2026

Modality-free Graph In-context Alignment

Framework for in-context learning on graphs without modality-specific encoders, enabling cross-domain adaptation for graph foundation models.

Ax Holger R. Roth, Sarthak Tickoo, Mayank Kumar, Isaac Yang, Andrew Liu, Amit Varshney, Sayani Kundu, Iustina Vintila, Peter Madsgaard, Juraj Milcak, Chester Chen, Yan Cheng, Andrew Feng, Jeff Savio, Vikram Singh, Craig Stancill, Gloria Wan, Evan Powell, Anwar Ul Haq, Sudhir Upadhyay, Jisoo Lee 3/17/2026

Privacy-Preserving Federated Fraud Detection in Payment Transactions with NVIDIA FLARE

Federated learning approach for fraud detection in payment systems using NVIDIA FLARE, preserving privacy across institutions with non-IID data.

Ax Mohammad Mostafanejad, Paul Saxe, T. Daniel Crawford 3/17/2026

BERTology of Molecular Property Prediction

Systematic study of chemical language models for molecular property prediction, analyzing performance inconsistencies across benchmarks through controlled experiments.

Ax Victor Ye Dong, Kuan-Yun Lee, Jiamei Shuai, Shengfei Liu, Yi Liu, Jian Jiao 3/17/2026

Greedy Information Projection for LLM Data Selection

GIP framework for selecting training examples for LLM fine-tuning by maximizing mutual information with task-specific signals.

Ax Gwanwoo Song, Kwanyoung Park, Youngwoon Lee 3/17/2026

Chunk-Guided Q-Learning

Chunk-Guided Q-Learning algorithm for offline reinforcement learning balancing bootstrapping error and policy flexibility over long horizons.

Ax Maria Rosaria Briglia, Simone Facchiano, Paolo Cursi, Alessio Sampieri, Emanuele Rodol\`a, Guido Maria D'Amely di Melendugno, Luca Franco, Fabio Galasso, Iacopo Masi 3/17/2026

Not All Latent Spaces Are Flat: Hyperbolic Concept Control

Hyperbolic control mechanism using parallel transport to steer text-to-image models away from unsafe content generation.

Ax Georgii Serbin, Kirill Koshkin, Zhongao Sun, Anastasiya Bistrigova, C. C. Korikov 3/17/2026

SVD Contextual Sparsity Predictors for Fast LLM Inference

Framework for accelerating LLM inference using contextual sparsity predictors for ReGLU-based feed-forward networks with minimal accuracy loss.

Ax Xiaowen Jiang, Andrei Semenov, Sebastian U. Stich 3/17/2026

Enhancing LLM Training via Spectral Clipping

Spectral clipping optimization technique for LLM training that addresses spectral norm instability and gradient noise issues in standard optimizers.