Vectorized Adaptive Histograms for Sparse Oblique Forests
Vectorized Adaptive Histograms for Sparse Oblique Forests: Method to optimize histogram and sorting tradeoffs in random forest training.
Vectorized Adaptive Histograms for Sparse Oblique Forests: Method to optimize histogram and sorting tradeoffs in random forest training.
SpeedTransformer: Transformer-based model using smartphone GPS data to detect transportation modes, outperforming LSTM baselines.
Studies catastrophic forgetting in IoT intrusion detection systems under distribution shifts from evolving attack patterns.
Geometric meta-RL approach leveraging task space symmetries for improved generalization in reinforcement learning.
USE introduces lightweight procedure for semi-supervised learning that estimates uncertainty structure to handle out-of-distribution unlabeled data.
Quantum optimization approach for exact robust verification of neural networks against adversarial perturbations.
Establishes equivalence between activation steering and weight-space updates, providing principled foundation for parameter-efficient LLM adaptation.
Studies decoder scaling strategies in construction-based neural routing solvers for vehicle routing optimization problems.
ROKA addresses machine unlearning robustness against adversarial attacks that exploit knowledge contamination in unlearned models.
RapTB improves GFlowNet training for fine-tuning LLMs by addressing prefix collapse through trajectory balancing and submodular replay.
FEWTRANS benchmark evaluates few-shot transfer learning of pre-trained models with improved evaluation protocols across 10 datasets.
HL-SMM introduces Heaviside loss-based support matrix machine for classification of matrix-structured data with noise robustness.
ESENSC_rev2 proposes polynomial-time feature attribution algorithm as computationally efficient alternative to SHAP using game theory.
Antibody introduces defense mechanism against harmful fine-tuning attacks on LLMs by regularizing gradient contributions of poisoned samples.
FastBUS proposes a Bayesian framework for weakly-supervised learning that handles multiple label types efficiently with batch processing.
Bridge Matching Sampler for scalable sampling from unnormalized densities using generalized fixed-point diffusion matching.
Spectral condition analysis for maximal update parameterization under joint width-depth scaling in foundation models.
AdvBandit black-box adaptive attack on neural contextual bandits formulating context poisoning as continuous-armed bandit problem.
Analytic federated learning approach replacing gradient-based updates with closed-form solutions for improved convergence and scalability.
Subset-level evaluation framework for machine unlearning using statistical independence without retraining or membership inference.
Policy-guided outlier synthesis approach for unsupervised out-of-distribution detection in graph neural networks.
Multi-domain graph pre-training framework for building graph foundation models with theoretical analysis of knowledge transfer.
IDER method addressing catastrophic forgetting in continual learning with uncertainty calibration for mission-critical deployment.
Data-centric framework for adapting diverse time series to large time series models without retraining.
Frozen Policy Iteration algorithm for computationally efficient reinforcement learning under linear Q-function realizability.
MARS framework for efficient fine-tuning of multimodal LLMs using adaptive rank search to handle training imbalance across modalities.
Analysis of Muon optimizer's simplicity bias and potential downsides compared to Adam for neural network training.
Generalizes Bayesian Flow Networks with arbitrary divergence/distance functions replacing fixed KL divergence, enabling broader belief-update operators.
Combines partly conditional modeling with machine learning to identify patient response subgroups in colorectal cancer clinical trials using repeated measures.
Self-supervised learning framework for resting-state fMRI using masked reconstruction with cross-attention for interpretable brain network representation learning.
Proposes geo-foci model for identifying salient geographical locations in US local news coverage to address economic pressures on local journalism.
Neural approach to fluid-solid interaction using latent arbitrary Lagrangian-Eulerian grids for capturing two-way nonlinear interactions in FSI problems.
Studies identification problem in adversarial multi-armed bandits for selecting arms performing best at future time with accuracy and memory bounds.
Demonstrates membership inference attacks against data curation methods used for private ML, showing curation-based privacy solutions leak training data membership.
Develops gauge-theoretic framework for superposition in LLMs using sheaf-theoretic atlas replacing single-global-dictionary with local semantic charts and Fisher metrics.
Graph Neural Network-based recommendation system for multimodal data handling content-based recommendations with user preference incorporation.
Novel method for counterfactual learning in multivariate time series using genetic algorithms to uncover causal relationships and interventions.
Presents MultiPUFFIN, a domain-constrained multimodal foundation model for molecular property prediction ensuring thermodynamic consistency across chemical space.
Introduces Active Flow Matching combining discrete diffusion/flow models with variational frameworks for black-box optimization without retraining.
Evaluates performance misalignment between leading LLMs on out-of-distribution educational tasks, finding inter-model behaviors correlate higher than with human expert behaviors.
Addresses uncertainty awareness in deep sequence models by integrating Bayesian methods with probabilistic learning, comparing approximate inference techniques.
Large-scale empirical study of AI grading on handwritten calculus work using OCR-conditioned LLMs with rubric-guided prompting for score and feedback generation.
Proposes dual-learner framework combining fast learner and meta learner for continual RL, inspired by hippocampus-cortex interaction for knowledge transfer and integration.
Investigates margin clamping effects on training variance in Contrastive Forward-Forward learning for Vision Transformers, addressing instability sources.
Analyzes stability gap between supervised fine-tuning and RL in LLM training from gradient perspective, showing logits convexity role in stable optimization.
Proposes Intent-Context Synergy RL approach for autonomous UAV decision-making in contested environments, addressing trade-offs between mission efficiency and survivability.
arXiv 2603.00975: Representation interference framework for selective unlearning in text-to-image diffusion models preserving quality.
arXiv 2603.00992: Machine unlearning method for diffusion models removing sensitive concepts via mutual information elimination.
arXiv 2603.01025: One-token verification method for estimating correctness in LLM reasoning with reduced computational cost.
arXiv 2603.01040: Fed-ADE for federated learning adaptation under distribution shifts without ground-truth labels.