Exploring Accurate and Transparent Domain Adaptation in Predictive Healthcare via Concept-Grounded Orthogonal Inference
Concept-grounded transparent domain adaptation for clinical event prediction on electronic health records.
Concept-grounded transparent domain adaptation for clinical event prediction on electronic health records.
Fractional-order federated learning for battery electric vehicle energy consumption modeling.
Verifier-independent RL method for LLM reasoning without external verifiers using confidence-guided variance reduction.
Analysis of catastrophic forgetting in mixture-of-experts transformers with multi-head attention.
Traffic anomaly detection using distributed fiber-optic sensing for lane behavior monitoring.
Causal ODE networks for explainable anomaly detection and root cause analysis in power grids.
RelBench v2 benchmark for relational deep learning on database-like data at scale.
Temporal graph neural networks optimized for continuous prediction on dynamic graphs.
Federated PCA with personalization and manifold optimization for anomaly detection in IoT networks.
SDM proposes principled sampling design for diffusion models using adaptive solvers and Wasserstein-bounded timesteps.
Dual-granularity contrastive reward framework using generated episodic guidance for sample-efficient embodied reinforcement learning.
Spatial transcriptomics analysis method for identifying tissue domains and cell types from cross-scale cellular interactions.
SLA2 improves sparse-linear attention for diffusion models with learnable routing and quantization-aware training.
Knowledge distillation via calibrated uncertainty preserves dark knowledge from teachers trained with uncertainty-aware losses.
Leverage-weighted conformal prediction method for adaptive prediction intervals using statistical leverage without auxiliary models.
SWING algorithms for computing graph random features on implicit graph representations defined by feature vector functions.
Hybrid quantum-classical GAN framework for synthesizing tabular data with heterogeneous features under privacy constraints.
Physics-informed Laplace neural operator for solving PDEs, improving generalization in small-data and out-of-distribution regimes.
Split-MoPE addresses sample misalignment in vertical federated learning using mixture of experts specialized for partial data.
ADEPT framework combines speech LLMs with evidence probing tools via RL-aligned agentic decoding for interpretable emotion reasoning.
Adaptive structured pruning method for compressing deep learning time series classifiers without manual hyperparameter tuning.
Control-theoretic framework addressing stability issues in LLM-based time series forecasting through closed-loop feedback instead of naive autoregressive generation.
Placer applies message passing neural networks to network routing, improving explainability of ML-based telemetry-aware routing decisions.
GRAIL uses retrieval-augmented inference with hyperbolic geometry to improve LLM predictions of clinical events from patient trajectories.
FLAC proposes a likelihood-free reinforcement learning framework using kinetic energy regularization for diffusion and flow matching policies.
TRACE applies agentic context evolution to LLMs for temporal reasoning over streaming electronic health records, improving clinical prediction without fine-tuning.
Amortized Reasoning Tree Search decouples proposal and decision-making in LLMs for enhanced reasoning without suppressing valid paths.
Contrastive learning approach for forecasting aircraft wake vortex trajectories from sparse LiDAR measurements.
Theseus: training-free method for transferring task-specific model updates across different neural network architectures.
Category-level causal feature selection method for multi-label classification using fine-grained causal mechanisms.
Variation Calibration Error metric extending Expected Calibration Error for assessing classifier confidence calibration.
Variational autoencoder ensemble method for anomaly detection in streaming data with concept drift adaptation.
MAUNet neural architecture for bias correction and downscaling of satellite and climate model precipitation data.
Federated Granger Causality framework for causal inference from distributed time-series data with uncertainty quantification.
Machine learning classification of meditation states using fMRI brain imaging data and regional homogeneity analysis.
Wind power forecasting using gradient boosting trees and weather ensemble forecasts for probabilistic day-ahead predictions.
Symbolic regression method incorporating scientific priors to prevent pseudo-equations and ensure consistency with physical principles.
Lightweight gesture recognition for wearable e-textile interfaces using convexified attention mechanism with minimal parameters.
Hierarchical RL approach for dynamically learning temperature sampling policies in LLMs from internal states and task rewards.
Adversarial training method for robust constrained reinforcement learning against temporally coupled perturbations in safety-critical domains.
Detection system for distinguishing AI-generated from human-authored text to prevent misinformation and content fraud.
Geometric approach to imbalanced classification addressing topological intrusion of majority class into minority manifold.
Quantization-aware collaborative inference framework for deploying large embodied AI models on resource-limited agents.
Detection method for identifying when flow matching models extrapolate beyond training data in conditional generation tasks.
Security analysis of backdoor attacks targeting contrastive continual learning systems in IoT environments.
Memory-efficient structured backpropagation for on-device LLM fine-tuning balancing gradient accuracy and memory constraints on mobile.
Memory-efficient fine-tuning technique for LLMs on mobile devices via layer-cyclic selective backpropagation, reducing gradient computation.
Pre-training framework using domain-specific expert encoding for unified modeling of homogeneous and heterogeneous graphs.
Solution to diversity collapse in self-play LLM training where challenger-solver loops degrade over iterations despite initial gains.
Study on which discrete algorithms graph neural networks can learn, advancing understanding of neural algorithmic reasoning capabilities.