You Didn't Have to Say It like That: Subliminal Learning from Faithful Paraphrases
Study of subliminal learning where student LLMs acquire behavioral traits from teacher models via synthetic data training on unrelated domains.
Study of subliminal learning where student LLMs acquire behavioral traits from teacher models via synthetic data training on unrelated domains.
BRACE framework for bandits with noncompliance addressing objective selection between recommendation welfare and treatment learning.
SCDP: sensor-conditioned diffusion policies for humanoid locomotion using only onboard sensors without privileged state estimation.
Multi-DNN inference system for edge devices supporting sparse model variants across heterogeneous processors with improved resource matching.
Study of photonic quantum machine learning under noise, exploring integration of quantum computing with ML for scalable quantum information processing.
EsoLang-Bench: benchmark using esoteric programming languages to evaluate genuine reasoning in LLMs beyond memorization on code tasks.
C2FMAE: coarse-to-fine masked autoencoder for self-supervised visual pre-training combining global semantics with fine-grained detail.
Study on how reasoning affects honesty in LLMs using moral trade-off dataset, finding reasoning increases rather than decreases honesty.
Survey on decentralized federated learning removing central coordinator and using peer-to-peer coordination for collaborative training.
Study of structured lottery tickets in over-parameterized CNNs, connecting pruning to strong lottery ticket hypothesis for computational efficiency.
Sparse Variational Student-t Processes framework extending Gaussian processes for scalable heavy-tailed data modeling.
HYGENE: diffusion-based generative model for creating realistic hypergraphs used in social networks, bioinformatics, and recommender systems.
Research on robust neural network training at arbitrary precision and sparsity, addressing gradient flow issues in quantization and sparse regimes.
ARLBench benchmark for hyperparameter optimization in reinforcement learning agents, addressing evaluation costs and generalizability across domains and algorithms.
Scalable graph neural networks replacing attention with message passing in transformer blocks for large graphs.
Improved RL training method for LLM reasoning handling all-negative sample groups in GRPO framework.
Jailbreak attack on safety-aligned LLMs via self-introspection without requiring model weight access.
Systematic evaluation of quantized LLMs on edge devices, testing models 0.5B-14B with seven PTQ methods.
RL framework using SAT problems to improve LLM reasoning with automatic verification and scalable training.
Large-scale benchmark evaluating ML solvers on combinatorial optimization with real-world industrial datasets.
Semi-supervised extension of conformal prediction using unlabeled data for uncertainty quantification.
Meta-learning approach to rate time series data quality using LLM judgments across diverse domains.
Framework addressing multivariate time series challenges: channel dependencies, asynchronous sampling, and missing values.
Neural latent dynamics model using Langevin equations with VAE framework for capturing spiking activity patterns.
MLES: Multimodal LLM-assisted evolutionary search discovers interpretable programmatic control policies for reinforcement learning.
CTRL: Clustered Transfer Residual Learning for multi-source ML datasets maintaining per-source reliability and differences.
Graph neural networks informed by RF physics principles for accurate, data-efficient prediction of circuit performance.
Iterative in-context learning strategy improves LLM generalization on algebraic reasoning tasks and out-of-distribution examples.
Score-based generative model using Kuramoto dynamics on periodic domains for orientation-rich image generation.
Test-time entropy minimization method using asymmetric learning to adapt models to novel environments without logit inflation.
Shows expert pruning outperforms merging for compressing sparse mixture-of-experts models on generative tasks.
Bradley-Terry policy optimization for extending RL-based training to non-verifiable tasks with only pairwise human preference supervision.
Reinforcement learning framework combining permutation relative policy optimization to improve LLM reasoning on tabular prediction tasks.
Domain-incremental learning framework for graph models that preserves knowledge across multiple graph domains.
Post-hoc calibration method using structured matrix scaling for improving probability estimates in multi-class classifiers.
Lightweight data valuation method for time-series foundation models using in-context learning instead of expensive influence functions.
Uses time-series foundation models with in-context learning for bearing-health classification without fine-tuning.
Proposes periodic asynchrony to separate inference and training deployment for faster LLM reinforcement learning post-training efficiency.
Graph foundation model framework with structure-aware augmentation for improved robustness against adversarial attacks and domain noise.
Improves textual inversion for personalized text-to-image generation by addressing embedding norm inflation issues in CLIP.
Proposes affine divergence method to align activation updates during gradient descent optimization in neural networks.
Automates generation and resolution of diverse forecasting questions for evaluating AI systems' general intelligence capabilities.
Identifies gradient issues in RLVR methods like GRPO used for LLM reasoning tasks, proposing improvements to reward-based supervision.
Framework using influence functions to edit training data and induce targeted model behavior changes for data poisoning robustness evaluation.
Diffusion model distillation technique using branching ensemble networks with dense supervision for accelerated sampling.
Flow-matching generative model for predicting periodic molecular crystal structures handling large molecules and complex interactions.
Deep reinforcement learning approach for robust control under multiple uncertainties combining domain randomization and uncertainty learning.
Addresses factorization barrier in diffusion language models through architectural changes enabling efficient parallel token generation.
Transformer-based model (SpeedTransformer) for transportation mode detection from smartphone GPS trajectories outperforming LSTM.
Framework (DUEL) for computing exact likelihood in masked diffusion models by addressing test-time distribution mismatch in ELBO.