ParaRNN: An Interpretable and Parallelizable Recurrent Neural Network for Time-Dependent Data
ParaRNN combines interpretability with parallelizability for time-series modeling as nonlinear extension of ARMA models.
ParaRNN combines interpretability with parallelizability for time-series modeling as nonlinear extension of ARMA models.
PIEGraph combines neural networks with physics constraints for data-efficient learning of deformable object dynamics in robotic manipulation.
Per-sample gradient clipping method for robust SGD with optimal convergence under heavy-tailed gradient noise and high-probability guarantees.
ProPACT adaptive tutor uses multimodal dyadic learning models with joint visual attention and mental effort for collaborative pair programming.
U-Define system enables users to apply hard and soft constraints in LLM-based planning with improved control and adaptability.
Knowledge distillation approach for cross-language code clone detection using stabilized training of compact open-source models instead of LLM black-boxes.
ChatIPC system extracts interpretable rules from text using incremental symbolic learning with token-transition patterns and similarity-based response construction.
Analyzes why adversarial imitation learning performs well with minimal expert data and provides theoretical understanding of the phenomenon.
Studies fair multi-agent bandit learning with privacy constraints where agents learn optimal allocations without explicit communication.
CCNETS framework addresses class imbalance in ML by integrating data synthesis with classification using causal cooperative networks for improved pattern recognition.
Analysis of adversarial input vulnerability in deep reinforcement learning models and reliability concerns for real-world DRL applications.
Tutorial on preference learning and choice modeling using Gaussian processes for personalized applications across economics and decision theory.
AutoFLIP framework prunes federated learning models using loss landscape analysis and client agreement scoring on non-IID heterogeneous data.
Comprehensive survey and benchmark of deep time series models covering nonlinear patterns, trends, and recent breakthroughs in time series analysis.
GraphLand benchmark evaluates graph neural networks on diverse industrial datasets beyond academic citation networks for graph foundation model development.
Tensor network algorithms for anomaly detection using tensor train compression to preserve normal data structure and delete anomalies.
Kolmogorov-Arnold network variant with error bounds and universal approximation theorems, applied to hydraulic valley optimization.
Analysis framework for understanding spurious correlations in ML systems and their pragmatic implications for model fairness and robustness.
ENFORCE architecture enforces nonlinear constraints in neural networks through adaptive projection for safety-critical and domain-specific tasks.
Think2SQL improves LLM reasoning for text-to-SQL translation using reinforcement learning with verifiable rewards for complex multi-table queries.
Behavioral foundation models adapted zero-shot to unseen dynamics using successor measures learned from offline task-agnostic data.
ATR-Bench: unified federated learning benchmark for evaluating adaptation, trust, and reasoning across decentralized collaborative training scenarios.
Mechanistic interpretability research using attribution-guided pruning to discover and correct circuits in small-scale LLMs for improved behavior control.
Riemannian generative decoder for learning non-Euclidean data representations without brittle encoder-based density estimation.
Study on training decoder-only Transformers with frozen blocks and fixed token interface, enabling depth expansion with constant active parameters using LoRA.
Multi-objective instruction-aware learning for procedural content generation using natural language control with RL.
Decentralized scheduling framework for federated fine-tuning of foundation models across IoV networks with energy constraints.
Meta-learning approach for structure-preserving dynamics discovery applicable across system configurations without retraining.
Analysis of gradient forging attacks in machine unlearning to verify whether models actually forget designated data.
Surrogate modeling and zero-order optimization for training neural networks with non-differentiable black-box layers.
Analysis of sliding window and global attention interaction showing short window length enables effective long-term memorization.
Sequential testing method for binary disease classification with unknown logistic model minimizing costly tests under safety constraints.
Empirical study investigating accuracy lower bounds and performance estimation for deep time series forecasting models.
Risk-aware foundation for continual RL using ergodic risk measures to balance retention and adaptation in lifelong learning.
Differentially private conditional text generation using RL-boosted control to synthesize datasets while preserving privacy.
Diffusion model approach for solving linear inverse problems using noise combination sampling without explicit constraint integration.
TetraJet-v2: end-to-end 4-bit fully-quantized training method for LLMs using NVFP4 format with oscillation suppression.
Distribution-aware framework (DARE) for offline-to-online reinforcement learning balancing conservatism with online adaptation.
Multi-step retrieval method for RAG systems using value-based embedder training to handle complex questions requiring iterative search.
Theoretical framework proving curriculum post-training in LLMs yields exponential sample complexity improvements for reasoning tasks.
Balanced fine-tuning approach aligning LLMs with biomedical knowledge by addressing unique uncertainty structures in dense causal chains and rare entities.
Theoretical proof that high entropy regularization in decentralized POMDPs ensures policy convergence to symmetric equivariant solutions.
Physics-informed generative AI framework for rapid thermal analysis of circuits during early-stage design, accelerating iteration cycles.
Cognitive-semantic framework formalizing prompt engineering as semantic control through frame activation, salience manipulation, and task construal.
Regime-aware spatio-temporal mixture of experts with RL for adaptive delayed matching in ride-hailing under dynamic demand conditions.
Framework enabling context-triggered explicit reasoning in LLMs, allowing dynamic re-triggering during generation rather than front-loaded thinking tokens.
RoundTripCodeEval benchmark evaluating code-LLMs on round-trip consistency through lossless compression algorithm understanding and execution.
Theoretical study of learning Transformer attention mechanisms with black-box query access, proving learnability of single-head attention regressors.
Mixture of Sparse Experts framework addressing catastrophic forgetting in continual LLM learning by distinguishing task-specific and shared parameters.
Vector alignment method resolving jailbreak-overrefusal trade-off in LLMs by disentangling answer vector and safety judgment encoding.