Gap-K%: Measuring Top-1 Prediction Gap for Detecting Pretraining Data
Gap-K% metric detects pretraining data in LLMs by measuring prediction gaps and token correlations for privacy/copyright concerns.
Gap-K% metric detects pretraining data in LLMs by measuring prediction gaps and token correlations for privacy/copyright concerns.
Model merging approach decouples data mixture search from training, enabling scalable optimization for LLM pre-training.
Study shows self-organizing multi-agent LLM teams underperform expert models; examines coordination emergence in autonomous collaborators.
One-shot federated learning approach reducing communication overhead through single-round server-client exchange.
Novel estimator for computing Shapley values with theoretical analysis of paired sampling heuristic for attribution.
Transformer-based approach for link prediction in graphs outperforms GNNs without explicit heuristics or embeddings.
Mixture of Concept Bottleneck Experts framework improves interpretability and accuracy of concept-based models with multiple task predictors.
Multi-agent framework automatically transforms CVE metadata into executable security vulnerability tasks for evaluating code agent capabilities.
Context-preserving verification method reduces flip-flop oscillations in parallel diffusion decoding for faster language model inference.
Clean-PR training paradigm leverages GitHub pull requests to improve repository-level code editing models for multi-file modifications.
Physics-inspired diagnostic for flow-based generative models measuring kinetic effort along ODE trajectories.
Probabilistic approach to inverting unknown group transformations using diffusion sampling for transformation recovery on Lie groups.
Addresses scalability bottleneck in amortized neural symbolic regression by improving expression normalization for discovering interpretable analytical expressions.
Framework for evaluating goal-directedness in LLM agents combining behavioral evaluation with representational interpretability analysis of internal model states.
Proposes automated pipeline for detecting unverbalized biases in LLM chain-of-thought reasoning without requiring predefined categories or hand-crafted datasets.
Introduces Feature Activation Coverage metric using sparse autoencoders to measure task-relevant diversity in LLM post-training data synthesis.
Studies how weight decay during pretraining improves LLM plasticity and downstream adaptability beyond validation loss optimization.
SCOPE framework calibrates LLM-based pairwise evaluation judges using conformal prediction to control error rates and reduce miscalibration and bias in assessments.
DTBench introduces a synthetic benchmark for evaluating LLM performance on document-to-table extraction tasks requiring complex reasoning and structured output generation.
Studies information geometry of softmax representations in AI systems, focusing on how models encode semantic structure into representation spaces for behavior production.
HiPER proposes hierarchical reinforcement learning with explicit credit assignment for training LLM agents on long-horizon tasks with sparse rewards, addressing multi-turn decision-making challenges.
Position paper arguing current ECG representation learning benchmarks need improvement to align with clinically meaningful objectives.
HistCAD benchmark for parametric CAD generation preserving design intent through constraint-aware representations and parametric history.
Large reasoning models leak sensitive information in reasoning traces; paper addresses controllability of private information in model outputs.
Analysis of environmental costs of AI systems, comparing generative search and reasoning models to previous approaches.
MASPOB uses bandit-based optimization with Graph Neural Networks to improve prompts for multi-agent LLM systems in complex workflows.
NGDBench proposes next-generation neural data management systems supporting heterogeneous evolving data with implicit reasoning.
Rank-Factorized Implicit Neural Bias improves Super-Resolution transformers by enabling FlashAttention without relative positional bias.
Speech Generation Speaker Poisoning framework removes specific speaker identities from zero-shot TTS models via machine unlearning.
Variational Routing applies Bayesian uncertainty quantification to Mixture-of-Experts transformers at foundation model scale.
G-STAR performs end-to-end speaker-attributed speech recognition for long-form multi-party overlapping speech with temporal consistency.
Research on prompt injection attacks as role confusion, showing LLMs identify text source by style rather than role labels, with measurement techniques.
AxonAD detects multivariate time series anomalies by identifying shifts in cross-channel dependencies using attention mechanism analysis.
REAL: Novel RL method for training LLMs-as-judges that respects ordinal structure of regression tasks instead of binary rewards.
Empirical characterization of inference-time probability transformations in LLMs under chain-of-thought, refinement, and retrieval procedures.
SimulCost benchmark for cost-aware evaluation of LLM agents on physics simulation tuning, addressing tool-use costs beyond tokens.
Energy-based generative model for discrete graph data using transport-aligned energy matching for molecular and materials design.
Temporal uncertainty dynamics modeling for probabilistic time series forecasting capturing volatility clustering and regime shifts.
Survey study examining structural barriers to generative AI adoption across academic disciplines and professional roles in higher education.
World Action Verifier framework improving robustness of world models for planning via forward-inverse asymmetry exploitation.
Video Diffusion Model learning joint distribution over videos and camera trajectories simultaneously for novel view synthesis.
Interpretable transformer analysis for in-context classification via permutation equivariance constraints revealing layerwise dynamics.
Survival Value Learning probabilistic approach to goal-conditioned RL improving stability and sample efficiency over temporal-difference methods.
Compiler-assisted optimization for LLM-based formal theorem proving, exploiting compiler outputs to reduce test-time compute requirements.
Utility-Aligned Embeddings framework improving dense retrieval for RAG by distilling LLM utility signals without expensive re-ranking.
Deep learning approach for real-time UAV-based bridge crack detection addressing weak features, degradation, imbalance, and computational constraints.
Systematic analysis of 4D Gaussian Splatting methods identifying key factors driving performance in dynamic scene reconstruction.
Prologue approach bridging reconstruction-generation gap in autoregressive image generation by using separate tokens for each objective.
OBLIQ-Bench benchmark exposing limitations in modern retrievers for latent and implicit queries, advancing information retrieval evaluation.
Theoretical comparison of DDPM and DDIM diffusion samplers, analyzing why DDIM produces more hallucinations through reverse dynamics.