EngineAD: A Real-World Vehicle Engine Anomaly Detection Dataset
EngineAD real-world multivariate anomaly detection dataset from vehicle fleet sensor telemetry with expert annotations for safety-critical domain.
EngineAD real-world multivariate anomaly detection dataset from vehicle fleet sensor telemetry with expert annotations for safety-critical domain.
ARTA joint training framework for adversarially robust multivariate time-series anomaly detection using min-max optimization and information retention.
Theoretical analysis of Minkowski weighted k-means revealing objective as power-mean aggregation of within-cluster dispersions controlled by exponent.
Somax composable Optax-native stack for second-order curvature-aware training with modular APIs for operators, estimators, and preconditioners.
QuitoBench open benchmark for time series forecasting covering eight trend-seasonality-forecastability regimes with regime-balanced dataset design.
GLU framework for sparse spatiotemporal reconstruction and forecasting using global-local-uncertainty fusion with unified state representation.
Two methods for identifying causal directionality in bivariate data using anticipated asymmetric geometries and monotonicity measures.
Deep energy method for solid mechanics simulations handling random material parameters without repeated mesh discretization.
H-Node ANC mechanistic framework identifies and defends hallucination representations in transformer LLMs at individual hidden-state dimensions.
Adversarial bandit optimization framework for non-convex non-smooth loss functions with globally bounded perturbations on linear components.
Study of LLMs' theory of mind capabilities using behavior-based testing to assess their ability to self-model and model other agents.
Dynamic Tokenization via Reinforcement Patching learns variable-sized data-driven patches for long-horizon sequence models with zero-shot transfer capability.
Framework assessing robustness of LLM-enhanced Graph Neural Networks against poisoning attacks targeting both graph structure and textual attributes.
Deep learning approach for short-term precipitation forecasting handling massive atmospheric variables and class imbalance in weather data.
DPD-Cancer uses graph-based deep learning for predicting anti-cancer drug activity and molecular structure-cellular interaction modeling.
TinyML pipeline for real-time acoustic anomaly detection on IoT microcontrollers for environmental sound monitoring without cloud processing.
PEANUT proposes perturbation-based adversarial attack method targeting robustness vulnerabilities in Graph Neural Networks through topology modifications.
PruneFuse strategy uses pruned networks for efficient data selection and fuses them with original networks to optimize deep neural network training.
Complexity analysis of optimal graph rewiring to address oversmoothing and oversquashing in deep graph neural networks.
Unified framework for data-centric dynamic training of LLMs with consistent interfaces for data selection and reweighting.
Study of LLM-based AI scientist agents learning from iterative experimental feedback in cell screening with 800 replicated experiments.
Graph neural network framework using Ricci flow for improved geometric representation learning on graphs.
Analysis of optimization trade-offs in asynchronous federated learning addressing gradient staleness and client bias.
Knowledge distillation approach for deploying Transformer-based reinforcement learning on resource-constrained energy management devices.
Machine learning risk score for hypertrophic cardiomyopathy combining echocardiography and clinical data.
Conformal prediction extension for contrastive learning with learnable multi-norm constraints and coverage guarantees.
Topology-aware reinforcement learning with GNNs for optimal dispatch of energy storage systems in distribution networks.
Graph attention network for ADHD identification using dynamic functional connectivity from fMRI data.
Expected free energy acquisition function for Bayesian optimization with convergence guarantees and connections to existing methods.
Formal framework for measuring uncertainty in LLM text generation accounting for prompting, generation, and interpretation stages.
Survey of generative modeling in protein design covering neural representations, conditional generation, and evaluation standards.
Margin scheduler for triplet loss in Siamese networks to improve distance metric learning training dynamics.
Conformal prediction method for uncertainty quantification under covariate shift using selective kernel mean matching.
Theory-informed deep learning model for long-term traffic forecasting balancing interpretability and predictive accuracy.
Neuro-symbolic approach combining neural networks and domain knowledge for process anomaly detection from event logs.
Koopman autoencoder-based least-squares policy iteration algorithm enabling automatic feature learning in reinforcement learning.
Transformer enhanced with Boltzmann machines for DNA sequence classification to uncover latent interactions and higher-order dependencies.
Framework using Shapley values to measure and explain unfairness in machine learning models under group fairness criteria with inference methods.
SPECTRA: spectral-informed neural network for sensor-based activity recognition optimized for edge deployment with low latency and privacy.
EcoFair: privacy-preserving medical inference framework with lightweight routing for vertically partitioned data and modality-specific embeddings.
Theoretical analysis of spectral optimizers like Muon in language model training, studying capacity scaling through linear associative memory framework.
Machine unlearning framework addressing retain-forget entanglement where retained samples unintentionally affected by forgetting correlated features.
Deep learning models for fear and muscle activity correlation in climbing sports using psychophysiological data. Niche domain application.
Study comparing sample selection methods (random, farthest-first, interactive visualization) for annotation of biomedical time-series data with real annotators.
PQuantML: open-source hardware-aware neural network compression library for pruning and quantization with unified interface for latency-constrained deployment.
Machine learning approach to forecasting solar power ramp events for grid stability. Energy domain application.
Quantum-inspired anomaly detection using hardware-aware tensor networks for particle collider physics, deployable on classical hardware.
Systematic evaluation of tabular foundation models like TabPFN and TabICL for conditional density estimation in regression tasks with heteroscedasticity.
C²MF: context-specific credibility-aware multimodal fusion framework using probabilistic circuits to handle conflicting modalities and situational reliability changes.
Framework for marginalizing latent parameters in Bayesian models via automatic differentiation combined with nested sampling.