Symbolic Graph Networks for Robust PDE Discovery from Noisy Sparse Data
Symbolic Graph Networks framework for discovering PDEs from noisy, sparse observational data using machine learning instead of numerical differentiation.
Symbolic Graph Networks framework for discovering PDEs from noisy, sparse observational data using machine learning instead of numerical differentiation.
Reinforcement learning approach for learning optimal decision timing in continuous environments using predictive temporal signals.
Symbolic regression framework using continuous structure search and neural embeddings for interpretable equation discovery.
Offline reinforcement learning with model predictive control using differentiable world models for inference adaptation.
Skill retrieval and ranking system for LLM agents selecting relevant tools from thousands of overlapping options at scale.
Energy-aware gradient pruning framework for federated learning accounting for hardware transmission costs.
Multimodal training framework leveraging unstructured clinical notes to improve structured EHR data deployment.
Computational framework for inferring stochastic cellular trajectories from single-cell and spatial transcriptomics data.
Foundation model for time-series in-context learning using quantile-regression T5 with instruction conditioning.
Adversarial robustness technique for ASR systems using precision-varying inference to defend against attacks.
Causal discovery method for chain-reaction systems using interventional data to identify cascade-like causal structures.
Transfer learning approach for structural health monitoring using intermediate structures to bridge disparate datasets.
Neural dynamics modeling from latent space representations for complex systems like climate and fluid dynamics.
Post-hoc out-of-distribution detection using bounding box anomaly scoring in neural network feature spaces.
Deep learning method for analyzing unordered biomedical tabular data using vision architectures and spatial cartography.
Proposes coordinate encoding on linear grids to improve physics-informed neural networks for solving PDEs.
Analyzes non-adversarial Q-based imitation learning with Bellman constraints, showing IQ-Learn doesn't outperform behavioral cloning as believed.
Dual physics-informed neural network architecture for multi-task optimization of differential algebraic equations with parameters.
Personalized federated learning framework for analyzing brain signals in BCI-enabled immersive communication systems.
Applies multitask-informed in-context learning to tabular data for predicting steel properties during hot rolling manufacturing.
Studies robustness of logic and lookup-based neural networks to hardware bit-flip errors, comparing to precision reduction approaches.
Theoretical framework for optimal test-time computation strategies in LLMs, modeling sampling, chain-of-thought, and backtracking with computation budgets.
Theoretical analysis proving transformers can learn a class of teacher models including convolutional and attention-based architectures via gradient descent.
Graph neural network with dynamic attention for computing interatomic potentials efficiently in molecular dynamics simulations.
Studies implicit bias of gradient-based algorithms on multiclass separable data using normalized steepest descent framework.
Introduces dual-view pheromone pathway network architecture investigating requirements for persistent structural memory in neural networks.
Addresses confidence calibration when annotators disagree, showing structural failures of standard calibration methods on majority-voted labels.
Automated red-teaming framework using hierarchical strategy exploration to discover vulnerabilities in vision-language models.
Task decomposition framework for aircraft health diagnosis using hierarchical cascading and knowledge distillation for interpretability.
Proposes identifiable variational dynamic factor model for learning latent factors from time series with theoretical identifiability guarantees.
Combines vision, language, and offline RL to train generalizable agents that understand environmental dynamics and task instructions.
Framework for discovering partial differential equations from sparse noisy data using differentiable symbolic networks and weak formulation.
Theoretical analysis of denoising score matching for diffusion models on low-dimensional manifolds using random feature neural networks.
Studies whether graph foundation models can generalize across different GNN architectures and graph characteristics, revealing limitations in current approaches.
Compares robustness quantification and uncertainty quantification methods for assessing classifier prediction reliability under distribution shift.
Critical analysis of tabular data generation via probabilistic circuits, questioning progress claims and evaluation protocols in current benchmarks.
Evaluates robustness of climate foundation models under out-of-distribution shifts from unprecedented climate states.
Theoretical generalization bounds for physics-informed neural networks solving incompressible Navier-Stokes equations.
MsFormer transformer-based framework for predictive maintenance in industrial IoT environments with complex sensor data dependencies.
Reinforcement learning approach for training autoregressive image models with policy-based tuning optimizing quality and diversity simultaneously.
AI system for automated spectroscopy interpretation in scientific discovery, reducing human bias in spectral analysis.
Polaris framework enabling self-improving agents for small language models through policy repair via experience abstraction and code modifications.
Bayesian learning framework for designing drone-assisted AED delivery networks in emergency medical services.
Adaptive prompt routing mechanism for selecting appropriate LLM or generative model based on input prompts, balancing fidelity and diversity.
Mathematical framework for solving high-dimensional stochastic optimal control problems with long horizons using Schrödinger eigenfunction methods.
Sparse packing format and CUDA kernels leveraging unstructured sparsity in LLM feedforward layers to reduce computational costs and model size.
Tight upper bounds on sample complexity for multi-group learning using one-inclusion graph prediction strategy and bipartite matching.
Foundational theoretical framework for learning under regime variation where learner, memory state, and evaluation conditions evolve over time.
Offline reinforcement learning method using guided expectation-maximization for action selection from multimodal action distributions in fixed datasets.
Model-based reinforcement learning using neural ODEs and SDEs to capture stochastic dynamics in fully and partially observed environments.