Locate-then-Sparsify: Attribution Guided Sparse Strategy for Visual Hallucination Mitigation
Attribution-guided sparse feature steering to mitigate hallucinations in large vision-language models without increasing inference cost.
Attribution-guided sparse feature steering to mitigate hallucinations in large vision-language models without increasing inference cost.
Deep learning method for discovering error patterns in automotive diagnostic trouble codes and vehicle system fault characterization.
YOLO-based deep learning framework for automated wasp identification with explainable AI integration for biodiversity assessment.
1.25B-word corpus for Pashto with reproducible NLP pipeline, deduplication, and quality filtering across 39 sources.
Reinforcement learning approach training virtual fish to control real fish schools, using 2D screen-displayed agents as alternatives to physical robots.
Multi-modal adversarial attacks exposing vulnerabilities in image generation model unlearning without full retraining.
Omanic benchmark for step-level evaluation of multi-hop reasoning in LLMs with annotations for diagnosing reasoning failures.
Framework for resource-aware LLM reasoning in embodied robotic agents using reinforcement learning to balance computation and action execution.
Evaluation of cultural biases in LLMs through author profiling from song lyrics, detecting gender and ethnicity inference in zero-shot settings.
Formal model for selecting statements that find common ground across diverse population preferences using generative AI.
Analysis of conformal factuality robustness in retrieval-augmented generation LLM systems, proposing novel metrics for hallucination evaluation.
Pipeline generating 100K data-generation-ready 3D digital object twins from single images for robotic manipulation simulation.
Method for detecting fairwashing in black-box algorithmic auditing by identifying compliant surrogate models versus discriminatory production systems.
Research on correcting automatic speech recognition errors using compact seq2seq models trained on real and synthetic ASR error patterns, avoiding LLM latency and hallucination issues.
Deep operator learning for full waveform inversion addressing source generalization by training on diverse seismic source conditions.
TS-Reasoner: domain-specialized LLM agent for multi-step time series reasoning and analysis, integrating language model reasoning with domain-specific computation.
Hypergraph convolutional transformer for QoS prediction handling data sparsity and cold-start issues in service recommendations.
Learning-augmented sketches for frequency estimation in data streams without ground truth labels, improving over traditional memory-constrained methods.
Framework quantifying impacts of model personalization on prediction accuracy and explanation quality in high-stakes domains like healthcare.
Reevaluation of policy gradient methods (PPO) for imperfect-information games, questioning necessity of complex DRL algorithms based on fictitious play and CFR.
Analysis of optimal denoising in score-based generative models, comparing full-denoising vs half-denoising under data regularity assumptions.
MASS: adaptive subspace selection method for model merging, combining multiple fine-tuned models without training overhead while matching separate endpoint accuracy.
RL finetuning for text-to-multiview diffusion models to improve few-step generation quality, balancing per-view fidelity and cross-view consistency.
Dense associative memories framework showing emergence of diffusion models from memory storage, bridging memorization and generalization in neural networks.
VERINA benchmark for evaluating LLM code generation with jointly generated specifications and proofs, addressing correctness verification challenges.
Coded robust aggregation method for distributed learning resilient to Byzantine attacks, improving gradient aggregation in federated settings.
Graph model merging technique for combining GNN models pre-trained on different domains with distribution discrepancy to create generalized models.
Knowledge graph embedding methods for feature learning on large-scale graphs as external knowledge for downstream ML tasks, optimizing beyond link prediction.
Dynamic weighting approach combining supervised fine-tuning and reinforcement learning for LLM post-training, unifying on-policy and off-policy learning paradigms.
Tool-augmented LLM agents trained with synthetic code environments via RL to improve generalization on tool-use tasks, addressing brittleness with new tools and unseen workflows.
LANCE: low-rank activation compression method for efficient on-device continual learning, reducing memory costs during backpropagation in resource-constrained environments.
NanoFlux: adversarial dual-LLM framework for generating targeted training data to improve reasoning, achieving strong results with <200 examples through competitive Attacker-Defender dynamics.
Attribution-Guided Decoding uses interpretability to improve LLM instruction-following and factual accuracy.
PolyGraph Discrepancy metric provides absolute performance measure for graph generative models.
Tree search guidance method for controllable graph generation with diffusion models.
Theoretical bounds connecting Jensen-Shannon and Kullback-Leibler divergences for representation learning.
Cluster-PFN extends Prior-Data Fitted Networks to Bayesian clustering with uncertainty quantification.
AGRAG improves graph-based RAG for LLMs by addressing hallucination, reasoning, and answer quality issues.
FedSDWC applies causal learning to federated learning for handling out-of-distribution data shifts.
MAVA accelerates masked auto-regressive diffusion inference for practical reinforcement learning applications.
Derives tail distribution bounds for regret in optimism-based reinforcement learning algorithms.
Empirical comparison of flow matching variants with diffusion models for privacy-preserving tabular data synthesis.
PRISM complex-valued encoder explores phase relationships in semantic representations of neural sequence models.
Method to identify and measure social biases in text-to-image diffusion models via automated prompt search.
Domain-adapted LLM fine-tuned for educational QA in space weather and heliophysics.
TRACE framework uses autoregressive density estimation for causal discovery in single event sequences.
MetaDOAR meta-controller applies multi-agent reinforcement learning to large-scale cyber-network security games.
TRC² architecture enables LLMs to continually learn and adapt without catastrophic forgetting through specialized decoder design.
Framework combining ML and contextual stochastic optimization for transit network design under demand uncertainty.
AOI framework enabling LLM agents to improve from failed cloud diagnosis trajectories in SRE automation with safety constraints.