Structured Diffusion Bridges: Inductive Bias for Denoising Diffusion Bridges
Diffusion bridge framework for unpaired modality translation with structured constraints to restrict solution space.
Diffusion bridge framework for unpaired modality translation with structured constraints to restrict solution space.
TCD-Arena benchmark for evaluating robustness of time series causal discovery algorithms against violation of assumptions.
MechaRule framework extracting symbolic rules from LLMs by grounding rule extraction in neuron-level mechanistic interpretability via contrastive ablation.
Sample-efficient fine-tuning algorithm for diffusion and flow-based robot control policies using off-policy critic networks and modified PPO.
Adaptive negative sampling scheduler for graph contrastive learning improving computational efficiency in self-supervised representation learning.
Attribution-guided masking method for improving transformer sentiment classification transfer across domains by identifying spurious tokens.
Prompt arithmetic technique for improving LLM robustness under distribution shift without full fine-tuning via task arithmetic and prompt manipulation.
arXiv paper introducing Ensemble Directional Kalman Filter for pose tracking using unit-quaternion attitude representation beyond standard Kalman assumptions.
arXiv paper on Gated Subspace Inference accelerating transformer inference by exploiting low-rank activation manifolds with cached weights and per-token gating.
arXiv paper on distributionally robust Markov games for multi-agent RL addressing robustness and data efficiency in uncertain environments with large state spaces.
arXiv paper proposing Normalized Excess Cost (NEC) metric for classification evaluation that weights errors by per-example costs for safety-critical applications.
Benchmark for measuring classifier recovery speed under distribution shift and online corrections, addressing real-world deployment scenarios.
Pairwise matrix protocol for sparse autoencoder interpretability reveals limitations of standard single-feature inspection on language model feature analysis.
Framework for evaluating bias in LLMs through behavioral profiling and mechanistic interpretability, introducing Moral Sensitivity Index metric.
Theoretical analysis of activation alignment methods (RSA, CCA, CKA) for comparing neural representations in biological and artificial systems.
Self-Mined Hardness method for LLM safety fine-tuning that scores prompt difficulty by model jailbreak frequency, then trains on hardest prompts.
Text-Conditional JEPA uses image captions to reduce prediction uncertainty in masked visual representation learning.
Ortho-Hydra addresses style bleed in LoRA fine-tuning of diffusion transformers using orthogonalized mixture-of-experts architecture.
Examines whether LLMs exhibit core beliefsāfoundational commitments that resist changeāparallel to human cognition.
Investigates why transformers fail at counting tasks, finding failures stem from token generation rather than internal representation, with proposed fixes.
RFPrompt enables efficient adaptation of wireless foundation models to out-of-distribution modulation classification tasks via prompt-based expert adaptation.
Graph unlearning technique using feature-dimension aware quantile selection for privacy-preserving multimodal graph learning.
Studies convex optimization under adversarial gradient perturbations in distributed learning, analyzing privacy-utility tradeoffs.
DGPO algorithm for fine-grained credit assignment in LLM reinforcement learning, improving reasoning step isolation in chain-of-thought generations.
LLM-ADAM agent framework for detecting anomalies in additive manufacturing pre-prints, helping users without manufacturing expertise catch process-planning errors.
S3 framework decomposes multimodal inputs into semantic experts with selective routing and sparsification via mixture-of-experts approach.
Addresses imitation learning in mean-field games with stochastic population distribution, developing algorithms for population-aware agent policies.
Investigates zeroth-order optimization methods for fine-tuning large language models, explaining why they work despite theoretical dimension-dependent slowdown predictions.
Proposes GRAFT, a global explanation framework for Graph Neural Networks that identifies which input node attributes drive model predictions.
Studies how repeated LLM inference sampling improves accuracy beyond single-call performance, analyzing correctness correlation across examples through latent probability distributions.
Research shows differential privacy-perturbed GNN explanations can leak graph structure through adversarial reconstruction attacks.
Uses LLMs to automatically synthesize complete RL task interfaces including observations and rewards from natural language.
Proposes learning-to-theorize approach where agents build internal theories from observations inspired by cognitive science.
Introduces FIBER optimizer correcting bias from filtering in differentially private training with adaptive optimizers.
Proposes DynaTab, architecture with dynamic feature ordering for high-dimensional tabular data using neural rewiring.
Studies hierarchical reinforcement learning using variational quantum circuits.
Proposes AEMG, first large-scale self-supervised framework for learning generalizable EMG representations across subjects and devices.
Develops fast approximate online graph-based algorithms for semi-supervised learning and anomaly detection.
Proposes resolution-invariant diffusion models for function spaces over irregular domains using score-based approach.
Applies physics-informed neural networks with meta-learning to solve inverse problems in high-dimensional ODEs.
Provides unifying theoretical framework for self-supervised learning via latent distribution matching principle.
Combines physics constraints with rectified flow for reconstructing spatiotemporal PDE-governed fields from sparse measurements.
Presents HeadQ, a KV-cache quantization method optimizing for model-visible distortion in LLM inference.
Studies parameter identifiability in deep ReLU networks using weighted polyhedral complexes framework.
Proposes few-step generative modeling framework using cumulative flow maps for probability space transport, inspired by physical dynamics.
Information plane analysis of binary neural networks using discrete activations to overcome MI estimation challenges in deep network training dynamics.
ELAS combines low-rank training and 2:4 activation sparsity for efficient LLM pre-training with reduced memory and computation.
Uni-OPD framework unifies on-policy distillation theory, identifying bottlenecks in consolidating expert models into single student models.
Fine-tuned LLMs for predicting neural network performance across datasets in AutoML frameworks, bridging code generation and performance reasoning.
GNN-based method for hierarchy-aware knowledge graph embeddings using semantic loss from ontologies, applied to yeast gene deletion phenotype prediction.