Transformers can do Bayesian Clustering
Transformer-based model for Bayesian clustering on datasets with missing values. Unsupervised learning extension of prior-data fitting.
Transformer-based model for Bayesian clustering on datasets with missing values. Unsupervised learning extension of prior-data fitting.
Framework for synthesizing medical VQA datasets from biomedical literature using generator-verifier multimodal models. LLM application.
Variance reduction techniques for RL with verifiable rewards in large reasoning models. Applies to LLM post-training with policy gradients.
Q3R regularizer for low-rank training and fine-tuning of large deep learning models. Parameter-efficient training method.
Security analysis of backdoor attacks in federated learning with LoRA fine-tuning. Covers distributed ML safety.
Theoretical analysis of entropy regularization in Dec-POMDPs proving policy convergence to equivariant solutions. Machine learning theory.
Adaptive aggregation method for quantum federated learning handling client quality variation, teleportation fidelity, and device instability.
Out-of-distribution detection for 3D molecular graphs using diffusion models. Addresses OOD challenges for irregular graph structures in molecular complexes.
Communication compression techniques for federated learning using biased compression with error feedback to handle asymmetric bandwidth constraints.
Imitation learning framework for combinatorial optimization under uncertainty. Studies how expert quality affects policy approximation in sequential decision problems.
Research analyzing Mixture-of-Experts architectures through geometric lens using Dual Jacobian-PCA spectral probe to understand routing and representation geometry.
Quantization-aware training framework for ultra-low bitwidth deployment of large models, improving stability over straight-through estimators.
Method for removing memorized sensitive data from LLMs via group relative policy optimization, addressing GDPR/EU AI Act compliance without full retraining.
Out-of-distribution detection for diffusion models using group equivariance properties learned from in-distribution convolutional data.
Graph transformer with cardinality-preserving attention channels for molecular property prediction with limited labeled data.
System optimization for autoregressive video generation using 2-bit KV-cache quantization to reduce memory from 30GB and enable hardware deployment.
Multi-armed bandit algorithms for sequential decision-making with hidden, time-varying states and unobserved confounders.
Study showing feature salience rather than task-informativeness drives XAI model explanations, questioning assumption about importance attribution.
Using interpretable LLM features as supervision signal for RL-based open-ended tasks, demonstrated on hallucination reduction.
Novel automated jailbreak attack method that evades classifier-based safeguards in frontier LLMs without requiring white/grey-box access.
Research on fundamental limitations of adversarial training for LLMs, showing models remain vulnerable to distribution-shifted attacks like prompt rewriting.
Framework evaluating language model agency through multi-turn negotiation games, testing six public LLMs against real-world interactive scenarios.
Diffusion-based data augmentation method for medical sequence classification with controllable semantic and sequential generation.
Deep learning approach for medical imaging using autoassociative learning to capture discrete object categories instead of continuous features.
Open-vocabulary semantic segmentation using large-scale vision-language models like CLIP to recognize unseen objects in images.
Federated learning system using secure enclaves to provide verifiable claims about model training data and algorithms, preventing malicious deviation.
Research on parameter-efficient fine-tuning of language models in federated settings, addressing privacy and efficiency for distributed training on resource-constrained devices.
LLM agent framework enabling natural language interaction with water distribution system simulator EPANET.
Method for view-invariant learning in vision-language navigation for embodied AI agents.
Framework for constrained generation of Chinese Songci poetry with LLMs using structural and tonal constraints.
Computational model of social learning combining linguistic guidance with sensorimotor experience for AI systems.
Framework for combining synthetic and real data in statistical inference with distribution-free guarantees.
Generative framework for probabilistic multivariate time series forecasting using conditional whitening.
Analysis of expert routing patterns in multilingual Mixture-of-Experts language models across languages.
Method for reducing vocabulary size in auto-regressive language models while maintaining lossless compression.
Technique for precise control over attribute intensity in LLM outputs via targeted representation editing.
Randomized Masked Fine-Tuning reduces PII memorization in LLMs during fine-tuning while maintaining performance. Privacy-preserving technique.
Self-attention training analysis via optimal transport theory for tabular classification. Theoretical perspective on transformers.
KANELÉ: Kolmogorov-Arnold Networks optimized for FPGA lookup table deployment. Efficient neural network inference framework.
Theoretical analysis of SGD learning dynamics in high-dimensional multi-index models. Fundamental ML research.
SEISMO: LLM agent for sample-efficient molecular optimization using trajectory awareness. Applies agents to chemistry.
Time-varying AdamW schedules (beta, weight-decay) for language model training exploiting power-law data structure. Improves LLM training efficiency.
Compiler optimization using machine learning for phase ordering decisions. Developer tools, not AI-focused.
Vision-language models for autonomous driving safety assessment and planning. Applies VLMs to scene understanding and decision-making.
Statistical analysis of model collapse in iterative training with synthetic data. Shows conditions for improvement despite contamination.
Investigation of whether self-examination language in LLMs reflects computation or confabulation. Analyzes LLM interpretability via activation patterns.
Equation discovery to learn gradient descent dynamics and accelerate optimization without computing gradients. ML acceleration.
Robot policy learning that handles long observation histories by selecting key frames. Addresses spurious correlations in imitation learning.
Detection method for backdoor attacks in LoRA adapters without running inference. Addresses security in open-source LLM fine-tuning.
Ship Safe: open-source developer tool that scans AI-generated code for security risks before pushing to repositories.