MIDAS: Mosaic Input-Specific Differentiable Architecture Search
MIDAS modernizes differentiable NAS with dynamic, input-specific architecture parameters via self-attention for improved robustness.
MIDAS modernizes differentiable NAS with dynamic, input-specific architecture parameters via self-attention for improved robustness.
PaCoDi uses spectral-native architecture with complex diffusion for efficient long-range time series generation.
Distributionally robust meta-learning framework provides adversarial robustness guarantees for in-context learning under distribution shift.
Proves selective SSMs meta-trained for in-context learning asymptotically implement Bayes-optimal prediction on Linear Gaussian tasks.
Documents turn amplification failure mode in conversational LLMs where models exploit clarification-seeking to prolong interactions.
Stiefel-Bayes Adapters provide Bayesian uncertainty estimates for parameter-efficient LLM fine-tuning with calibrated predictions.
ruleXplain leverages LLMs to infer causal relations in multivariate time series with delayed effects via symbolic rule learning.
MePoly proposes polynomial policy optimization for maximum entropy RL and imitation learning with multi-modal solution representation.
Influence-Preserving Proxies enable efficient gradient-based data selection for LLM fine-tuning without costly influence function computation.
Dual Length Codes enable lossless compression of BFloat16 for faster LLM training/serving with reduced network bandwidth bottlenecks.
JAX-Privacy library provides modular, verifiable mechanisms for differentially private machine learning with usability and efficiency.
ADAPT combines prompt optimization with feature visualization to understand what features LLM activation spaces encode.
MantisV2 improves zero-shot time series classification using synthetic data and test-time strategies for foundation models.
COMBA method adapts state space models for large-scale graph learning using cross-batch aggregation and context gating.
Theoretical analysis of attention-based regressors explaining Pearson correlation plateaus during training and model capacity limits.
Sequential prediction framework allowing learner abstention from predictions when adversarial instances are detected.
MIRA agent that integrates memory with limited LLM guidance to address sample complexity in sparse reward RL while maintaining scalability.
RL approach using memory mechanisms to reduce LLM call frequency while maintaining benefits of LLM-guided exploration and subgoal discovery.
Causal learning approach for graph neural networks that identifies and removes spurious correlations for improved generalization.
Algorithm-independent regret lower bounds for Gaussian process bandits with squared exponential kernels on hyperspheres.
Theoretical analysis of gradient-based hyperparameter optimization via bilevel programming with bias-variance decomposition framework.
Hardware-efficient method for function approximation using input expansion to address neural network optimization plateaus.
Bayesian algorithm for online model selection in stochastic bandits with oracle-style exploration guarantees.
Domain adaptation techniques for improving hip fracture risk prediction models across different clinical cohorts and data distributions.
Generation of adversarial examples for graph neural network AC power flow models to evaluate robustness on power grid benchmarks.
Study of in-context learning for pure exploration problems in continuous spaces, extending classical hypothesis testing frameworks.
Research on reinforcement learning algorithms with theoretical guarantees for sample-efficient decision policies in high-stakes applications.
Dissertation on mathematical foundations of machine learning covering supervised learning and manifold learning theory.
Novel Transformer architecture (TurboConn) that overcomes fixed-depth computation constraints by enabling information flow between layers for improved reasoning capabilities.
NIMMGen: framework using LLMs as agents to construct mechanistic models from data with improved reliability assessment.
Flow Actor-Critic: offline RL method using expressive flow policies for multi-modal dataset distributions.
Gradient regularization method to prevent reward hacking in RLHF and RLVR for LLM post-training without KL penalties.
Continual-NExT: unified framework for continual learning in dual-modal MLLMs for comprehension and generation tasks.
Study of equivariance-efficiency trade-offs in graph generative models using flow matching.
TempoNet: RL scheduler using Transformer and Q-learning for real-time task dispatch with deadline constraints.
Model compression via projection geometry: comparison of pruning and weight folding for calibration-free neural network compression.
Flow matching generative models for offline-to-online reinforcement learning policy training with improved fine-tuning.
Complexity-theoretic analysis of ML model explanation types: sufficient reasons and contrastive reasons.
SeedFlood: decentralized training approach for LLMs across distributed networks with minimal communication overhead and global consensus.
Research on measuring AI model propensities beyond capabilities using Item Response Theory for safety and performance evaluation.
Efficient transformer inference method combining dense pretraining with sparse dilated attention via recurrence augmentation, reducing FLOPs and KV cache.
Generative model architecture using quantile assignment without auxiliary networks, eliminating VAE encoders and GAN discriminators for training stability.
Parameter-efficient domain adaptation of physics-informed GNNs for AC power flow prediction across voltage regimes using LoRA-style fine-tuning.
Reproducibility study of benchmark claims for LLM negotiation capabilities using scoreable games, assessing generalizability of evaluation framework.
Physics-informed neural PDE solver leveraging hierarchical semi-separable structure to reduce computational costs for large-scale dataset generation and training.
Transfer learning for brain-computer interfaces using Conformer model on MEG data for speech perception and production tasks with limited data.
Probabilistic framework for LLM-based automated scientific model discovery using agentic iterative workflows with explicit uncertainty quantification.
Multi-objective reinforcement learning algorithm addressing heterogeneous reward frequencies using symmetry-based inductive bias for efficient credit assignment.
Unified optimization framework for decoding strategies (greedy, Top-K, Top-P, nucleus sampling) as constrained probability simplex problems.
Information-theoretic analysis of chain-of-thought monitors for LLMs, identifying conditions for detecting problematic outputs like test-hacking.