On the Reliability of Cue Conflict and Beyond
Analysis of cue-conflict benchmarks for measuring neural network shape-texture bias, identifying instability in stylization-based bias estimation methods.
Analysis of cue-conflict benchmarks for measuring neural network shape-texture bias, identifying instability in stylization-based bias estimation methods.
Historical Consensus approach for preventing posterior collapse in VAEs through iterative Gaussian mixture prior selection based on data covariance spectral properties.
Uncertainty quantification framework for neural operator PDE surrogates emphasizing computational efficiency and spatial localization of epistemic uncertainty.
Interventional time series data generator for training causal foundation models, extending prior-data fitted networks to time series with ground-truth interventions.
Graph tokenization framework combining reversible serialization with BPE to enable transformer models to process graph-structured data as token sequences.
Analysis of routing signatures in sparse Mixture-of-Experts transformers to understand task-conditioned expert selection patterns in large language models.
Gradient descent-based approach for learning interpretable tree-based decision models, addressing combinatorial complexity of traditional discrete tree learning.
Data-driven superposition operator for non-renewal arrival processes in queueing networks using moment-based learning instead of classical analytical methods.
Surrogate modeling approach for building energy prediction using weather-guided models to reduce computational cost of physics-based EnergyPlus simulations.
Higher-Order Modular Attention (HOMA) mechanism extending transformer attention to capture triadic interactions in protein sequences beyond pairwise dependencies.
REOPOLD: framework for on-policy distillation of reasoning capabilities to smaller models using policy optimization and token-level rewards for efficient scaling.
H2LooP Spark Preview: continual pretraining framework for LLMs specialized in low-level embedded systems code generation with hardware-specific domain adaptation.
Mechanistic interpretability analysis of video vision transformers to understand how internal circuits represent action-outcome relationships in classification tasks.
Scaling-law framework for jailbreak attacks on LLMs treating each attack as compute-bounded optimization across methods and model families.
Formal analysis of algorithmic learning (grokking) in infinite-width transformers with computational complexity bounds and generalization theory.
Bayesian optimization method combining probabilistic models with hybrid systems for efficient black-box optimization of expensive functions.
Parameter-efficient fine-tuning approach for continual learning that controls representation-level adaptation in pretrained models.
Machine unlearning method using reference-guided approach to remove data influence from trained models while preserving utility.
Federated learning method conditioning global model on client-specific PCA statistics for heterogeneous data without extra communication.
Hindsight-Anchored Policy Optimization for sparse-reward RL in reasoning model post-training, addressing advantage collapse.
MR-Search: meta-reinforcement learning framework for agentic search with self-reflection, enabling agents to improve in-context exploration.
Analysis of adversarial attacks on LLMs showing polynomial-exponential crossover in success rates with inference-time samples.
Open-source Python simulation package for modeling antibiotic prescribing and antimicrobial resistance dynamics in RL-compatible environment.
Zero-shot learning approach for automatically detecting semantic column types in relational tables without labeled training data.
Unsupervised neural combinatorial optimization method (UniHetCO) for multi-problem learning on graph subset-selection problems without ground-truth solutions.
Dual-path approach combining discrete mark prediction and continuous dynamics for marked temporal point processes using neural ODEs.
Proximal relaxation method for improving nonlinear probabilistic latent variable models in soft sensor applications, addressing training inefficiencies.
Deep learning network-temporal models for multivariate time series traffic prediction, addressing topological interdependency and complex temporal patterns.
Sorometry pipeline for automated phytolith analysis using AI to digitize and classify microscope images, replacing manual labor-intensive analysis.
Neuro-symbolic VLM agents for time series event detection using natural language descriptions, addressing semantic event classification with scarce labeled data.
Theoretical analysis proving attention sinks are necessary in softmax transformers for trigger-conditional tasks, formalizing why attention collapses to content-agnostic positions.
KEPo analyzes poisoning attacks on Graph-RAG systems where attackers inject malicious texts to manipulate LLM outputs.
Sharpness-aware minimization for stable item embedding learning in federated recommendation systems preserving privacy.
LongFlow compresses KV cache for reasoning models like o1 and R1, reducing memory and bandwidth during long output generation.
Conditional feature disentanglement approach for user-controllable privacy in wearable sensor-based human activity recognition.
Multi-Task Anti-Causal learning framework exploiting cross-task invariances to infer latent causes from observed urban event reports.
CAETC method using adversarial autoencoding for counterfactual estimation with time-dependent confounding in observational data.
Integrates survival analysis with classification for early chronic disease risk prediction using EMR data.
H-EARS combines potential-based reward shaping with energy-aware regularization for efficient deep reinforcement learning control.
AutoScout automates ML system configuration via structured optimization over model parallelism, communication, and runtime parameters.
Investigates partial RoPE rotations in transformers, reducing memory at long contexts while maintaining performance.
Personalized federated learning using Gaussian generative modeling to handle data heterogeneity across distributed clients.
Studies continual RL for Vision-Language-Action models, finding sequential fine-tuning avoids catastrophic forgetting without complex strategies.
Neuromodulated constrained autoencoders for context-dependent dimensionality reduction in varying environments.
Policy gradient methods for LLM reasoning naturally reduce trajectory diversity; proposes entropy-preserving training approach.
EvoFlows model for protein engineering using edit-based flow-matching to predict mutations on template sequences.
Examines calibration's role in reducing predictive multiplicity and improving stability in high-stakes ML classifier deployments.
Social bandit learning framework combining individual and collective learning in populations of reinforcement learning agents.
Theoretical study of Follow-the-Perturbed-Leader algorithm optimality in semi-bandit problems with best-of-both-worlds guarantees.
Analyzes model collapse when LLM-generated text re-enters training data as data consumption grows, proposing replay-based solutions.