Analyzing Error Sources in Global Feature Effect Estimation
arXiv: Analyzes error sources in global feature effect estimation (PD, ALE plots) for black-box model interpretation.
arXiv: Analyzes error sources in global feature effect estimation (PD, ALE plots) for black-box model interpretation.
arXiv: Open-source biomedical knowledge graphs (Pathways, Clinical Trials, Drug-Gene) with AI agent access via Samyama database.
arXiv: Addresses LLM limitations in private-library code generation; shows API documentation retrieval alone is insufficient.
arXiv: HindSight framework evaluates LLM-generated research ideas by matching against future publications and citation impact.
arXiv: Analyzes how wider beam search can hurt LLM output quality due to overestimation bias in noisy scoring.
arXiv: PokeAgent benchmark for multi-agent AI decision-making with partial observability, game theory, and long-horizon planning in Pokemon RPG.
arXiv: Physics-informed neural networks for simulating EUV electromagnetic wave diffraction in lithography. Domain-specific neural networks.
arXiv: Analyzes tokenization design choices for foundation models trained on structured electronic health records.
Reinforcement learning framework extending RLHF with multi-dimensional contextual rubric rewards and alternating optimization.
Inference-time steering mechanism for frozen LLMs using adaptive prompt routing to enable evolving safety alignment without retraining.
Prototype-based OOD detection method with dynamic prototype count adaptation based on category complexity.
Federated learning framework combining knowledge graphs and temporal transformers for early sepsis prediction across multi-center ICUs.
Study of Gini Index role in detecting and debiasing class accuracy disparities in prompt-based classification tasks.
Defense mechanism against steganographic collusion in multi-agent RL using dynamic representational circuit breaking at optimization substrate.
Attribution-guided framework using rank-one model editing to rectify unreliable neural network behavior on non-robust features.
Analysis of transformer training dynamics via spectral edge detection showing parameter updates concentrate in few coherent directions.
Domain adaptation method for remaining useful life prediction with incomplete degradation trajectories using evidential learning.
Hypergraph neural network approach using Ricci flow to address over-smoothing and improve message passing.
Multi-expert framework with uncertainty guidance for imbalanced sequence learning and minority class detection.
Method bridging learned embeddings and interpretable handcrafted features for temporal event sequences in financial systems.
Metacognitive test-time reinforcement learning framework for unified multimodal models enabling knowledge accumulation across similar prompts.
Physics-grounded multimodal LLM agent combining language models with PDE solvers for scientific reasoning without domain-specific fine-tuning.
Zero-shot forecasting method for time series with exogenous variables using prior-fitted networks.
Masked data training paradigm for discrete diffusion language models using information density-driven noise scheduling.
Empirical study showing prediction-equivalent ML models produce substantially different feature attributions across 24 datasets, challenging assumptions in explainable AI.
Evaluates LLM failure modes in scientific decision-making when stability doesn't guarantee agreement with statistical ground truth.
Privacy-preserving machine learning technique using informational compression for anonymization without performance degradation.
Applies optimal transport theory to evaluate ML model vulnerabilities through Wasserstein-constrained data perturbations.
Proposes counteractive reinforcement learning approach addressing computational complexity in high-dimensional MDPs.
Python library for unit circle based computing using complex phasors and unitary wave interference gates.
Hybrid approach combining game theory and reinforcement learning for adversarial scenarios using analytical solutions for early termination.
Practical guide for using AI systems and agents in mathematics and machine learning research with discussion of responsible guardrails.
Analyzes 10,469 experiments from LLM agents performing architecture search vs hyperparameter tuning using ANOVA decomposition.
Introduces diagonal flow matching for inverse design problems with better stability than conditional flow matching.
Data-driven framework learning interaction kernels in stochastic multi-agent systems via sparse regression on trajectory data.
LLM-guided neural architecture search for time-series classification in privacy-constrained domains using data-local constraints.
Hardware-in-the-loop architecture search methodology for designing efficient on-device LLMs with real-time latency constraints for mobile deployment.
Proposes guided asymmetric self-play method for post-training coding LLMs with better problem selection to improve model capabilities.
Derives hyperparameter scaling laws for modern optimizers enabling transfer across model sizes, batch sizes, and training horizons.
Analyzes whether LoRA checkpoint weights encode task performance information readable without running the base model, enabling efficient adapter analysis.
Reinforcement learning approach for temporal feature generation in cross-user activity recognition from wearable sensor data.
Masked diffusion model optimization using binary encoding and index shuffling for improved scaling of diffusion language models.
Analysis showing noisy data significantly degrades reinforcement learning with verifiable rewards despite claims of robustness.
Constrained reinforcement learning approach for hierarchical instruction following in LLMs with priority-ordered system prompts.
Experience replay mechanism preserving diversity in on-policy reinforcement learning for LLM reasoning using Jensen-Shannon divergence.
Credit assignment method using execution traces to improve GRPO performance in code generation tasks with verifiable rewards.
Study of specialized pretraining strategy using domain data during pretraining to improve finetuning performance and reduce forgetting.
Fine-tuning approach for improving mathematical reasoning in LLMs by optimizing exploration-aware trajectories with verifiable rewards.
Dual consensus mechanism for improving reinforcement learning from verifiable rewards in LLMs, avoiding convergence to spurious answers.
Study of how large reasoning models use backtracking and self-verification to detect and correct errors in complex logical reasoning tasks.