MoDora: Tree-Based Semi-Structured Document Analysis System
Document analysis system for semi-structured documents with tables, charts, and hierarchical content for question-answering tasks.
Document analysis system for semi-structured documents with tables, charts, and hierarchical content for question-answering tasks.
Analysis of why diffusion language models converge to autoregressive decoding instead of truly parallel generation despite theoretical advantages.
Defense method for LLMs against toxic outputs using representation erasure-based preference optimization, more robust than DPO/NPO approaches.
Machine unlearning technique for generative recommendation systems using LLMs to remove sensitive user attributes from model parameters.
EvoX framework combines LLM-driven optimization with evolutionary search for automated discovery of programs, prompts, and algorithms.
Information-theoretic analysis of human supervision as bottleneck explaining persistent LLM errors from annotation noise and subjectivity.
Framework using LLM guidance to annotate concepts for interpretable Concept Bottleneck Models with uncertainty awareness.
FedDAG improves federated learning under data heterogeneity by combining data and gradient similarity for client clustering.
Theoretical work proving neural operators can discover functional clusters in infinite-dimensional spaces.
Active learning approach for querying values of subadditive set functions with applications to combinatorial optimization.
Rudder uses LLM agents to steer prefetching optimization in distributed GNN training for adaptive performance.
Analysis of learning dynamics when multiple platforms compete for users, showing convergence to poor models under certain conditions.
Flowette uses flow matching with graph neural networks to generate graphs with recurring subgraph motifs.
SDMixer proposes sparse dual-stream architecture for multivariate time series forecasting using frequency and temporal analysis.
Systematic ablation study of initialization and normalization strategies for GNNs in blockchain fraud detection.
Benchmark evaluating multimodal fusion of EHR and chest X-rays for clinical decision support under missingness and fairness constraints.
BTTackler diagnoses training problems in deep learning to guide efficient hyperparameter optimization beyond accuracy-based methods.
Theoretical analysis of single-loop stochastic bilevel optimization convergence for meta-learning and hyperparameter optimization.
FlexGuard proposes continuous risk scoring for LLM content moderation that adapts to varying strictness levels across platforms and time.
FedRot-LoRA addresses rotational misalignment in federated LoRA fine-tuning of LLMs, improving communication-efficient training on decentralized data.
Diffusion-based method for time series anomaly detection using selective denoising instead of conditional reconstruction strategies.
MoST contrastive learning method for disentangled mode-specific representations in multi-mode tensor time series.
Geometric analysis of transformer training trajectories revealing low-dimensional drift direction and transverse oscillatory dynamics.
BDGxRL uses Diffusion Schrödinger Bridge to address dynamics gaps in cross-domain reinforcement learning without target reward supervision.
OPTIAGENT uses LLM-based agentic framework with physics-driven optimization for automated optical design and lens system configuration.
MAGE multi-scale autoregressive generation framework for offline RL addressing long-horizon tasks with sparse rewards via hierarchical decomposition.
Provable identifiability framework for nonlinear multi-view canonical correlation analysis via subspace identification.
Learning-based pathfinding using neural networks to approximate informed heuristics for grid-based search across different map topologies.
MPU framework for privacy-preserving knowledge unlearning in LLMs without sharing server parameters or client forget sets.
Actor-critic pretraining approach for PPO that leverages expert data to reduce environment interactions required for RL training.
Theoretical investigation of offline reinforcement learning with general function approximation and parametric policies beyond state-wise methods.
Q-learning approach for learning safe policies from expert demonstrations with unknown constraints in constrained MDPs.
FedNSAM addresses sharpness-aware minimization in federated learning under high data heterogeneity, ensuring both local and global model flatness.
LK Losses directly optimize acceptance rate in speculative decoding for LLM inference, improving upon KL divergence proxy objectives for draft model training.
Hierarchical Concept Embedding Models improve interpretability of deep neural networks by mapping inputs to human-interpretable concept representations with inter-concept relationships.
Learns optimal generation orders for masked discrete diffusion models via variational inference to balance parallel generation and sample quality.
Outlines vision for foundation world models as persistent compositional representations enabling agents to learn and adapt in open worlds.
Proposes RewardUQ framework for uncertainty-aware reward models in LLM alignment that reduces annotation costs and prevents overoptimization.
Introduces pathsig, a PyTorch-native GPU-accelerated library for computing path signatures as trainable features for sequential data.
Proposes ACWI framework that adaptively balances intrinsic and extrinsic rewards online for sparse reward reinforcement learning exploration.
Surveys agentic AI systems with planning, tool use, and self-management capabilities applied to Open RAN network control and optimization.
Studies best arm identification problem with heterogeneous resource costs and constraints across multiple resource types.
Proposes explainable AI method for discrete token inputs like text using attribution highlighting to identify important tokens in transformers.
Applies multi-objective reinforcement learning to optimize container consolidation in human-robot collaborative fulfillment centers.
Proposes federated learning approach for anomaly detection in heterogeneous IoT networks while preserving privacy through distributed training.
Investigates trade-off between regret minimization and statistical power in combinatorial multi-armed bandits using Pareto optimality framework.
arXiv paper benchmarking general-purpose time-series foundation models for zero-shot transportation forecasting across multiple datasets.
arXiv paper on Latent Manifold Compaction for unsupervised harmonization of histopathology images across different batch effects and scanners.
arXiv paper proposing Web-Knowledge-Web pipeline for discovering suppliers in specialized industries via iterative web crawling and knowledge base integration.
Analyzes limitations of standard identifiability metrics (MCC, DCI, R²) on synthetic benchmarks, revealing implicit structural assumptions in representation learning evaluation.