Adapting VACE for Real-Time Autoregressive Video Diffusion
Adaptation of VACE for real-time autoregressive video generation using causal attention and fixed chunk sizes for streaming pipelines.
Adaptation of VACE for real-time autoregressive video generation using causal attention and fixed chunk sizes for streaming pipelines.
pFedNavi combines federated learning with personalized adaptation for vision-language navigation in embodied AI while preserving privacy.
Information-theoretic framework analyzing how data augmentation promotes invariance and improves generalization in machine learning models.
S2D addresses activation outliers in Transformers through selective spectral decay to improve quantization performance and reduce accuracy drops.
System for autonomous book ideation using synthetic LLM-instantiated reader personas in tournament-based competitions to evaluate book concepts.
Framework evaluating reasoning efficiency in LLMs by constraining chain-of-thought to code, natural language, hybrid, or none under token cost constraints.
Selective Synchronization Attention replaces dot-product self-attention with a Kuramoto model-derived operator to reduce quadratic complexity in Transformers.
WiSparse proposes weight-aware mixed activation sparsity for efficient LLM inference, addressing suboptimal performance of existing training-free sparsity methods.
arXiv: Study of silent inconsistency in data-parallel LLM fine-tuning where worker optimization dynamics misalign before gradient synchronization.
arXiv: Socially-Weighted Alignment framework using game theory to balance individual LLM agent objectives with system-level stability.
arXiv: Study of peer learning patterns in Moltbook community where 2.4M AI agents collaboratively teach each other and build knowledge.
arXiv: Analysis of rate-distortion-complexity tradeoffs in semantic communication using deep learning approaches.
arXiv: TikArt agent for fine-grained visual reasoning in MLLMs using aperture-guided multi-step region-focused observation.
arXiv: BETA-Labeling framework using multiple diverse LLM annotators for constructing low-resource multilingual IR datasets.
arXiv: Novel parameter-efficient fine-tuning method for LLMs using mixture of space experts with non-Euclidean geometries.
TWISTED-RL framework improves demonstration-free robotic knot-tying by using hierarchical reinforcement learning with specialized agents for subproblems.
Token-level noise filtering method for LLM fine-tuning datasets that addresses mismatch between sentence-level dataset design and token-level model optimization.
Economic framework for auditing machine unlearning compliance to verify that models properly remove personal data influence per right-to-be-forgotten regulations.
Multi-agent reinforcement learning framework enabling agents to dynamically create other agents, addressing variable and unknown numbers of agents in real-world scenarios.
Continuous-time reinforcement learning approach using Hamiltonian flow for non-uniform, event-driven decisions in control problems like finance and robotics.
Automated method for classifying source code changes using metric clustering during software development, with expert-provided cluster-to-class mapping.
Framework for bounding decision authority in autonomous agents by controlling which options are generated and surfaced, addressing safety in high-stakes regulated domains.
LongAudio-RAG framework combines RAG with audio-language models to answer questions over multi-hour audio recordings with temporal grounding and reduced hallucination.
ST-EVO: Framework for self-evolving LLM-powered multi-agent systems with adaptive spatio-temporal communication topology evolution.
Analysis of diversity bias in deep generative models with statistical methods to correct diversity error in sample generation.
SynthSAEBench: Toolkit for evaluating Sparse Autoencoders on large-scale synthetic data with realistic feature characteristics.
Study exposing prefill attack vulnerability in open-weight LLMs bypassing internal safeguards through parameter manipulation.
Orcheo: Open-source modular platform for conversational search integrating query reformulation, ranking, and response generation.
Method for unlocking latent capabilities in pretrained Transformers through inner loop inference without additional training.
Analysis of structural misalignment in Transformers between residual connections and causal masking in next-token prediction.
Theoretical framework for meta-learning defining practical universality and distinguishing algorithm-implicit learning approaches.
Evaluation of reasoning-oriented LLMs on machine translation showing explicit reasoning degrades translation quality.
Multi-agent LLM system for comedy writing with community discussion feedback stored as social memory affecting output quality.
Geometric analysis of hallucinations in small-sized LLMs through embedding space clustering in multi-step and agentic settings.
Atomix: Runtime providing transactional semantics for LLM agent tool calls with epoch tagging and safe rollback mechanisms for reliable agentic workflows.
Theoretical analysis of temperature scaling properties for controlling uncertainty in probabilistic models and LLM stochasticity.
Goldilocks RL uses adaptive curriculum learning to optimize task difficulty and improve sample efficiency in reasoning model training.
Theoretical analysis of RLVR training dynamics explaining how outcome-based rewards enable long-horizon reasoning in transformers.
CT-Bench multimodal dataset with 20,335 lesions from CT studies for training AI models on lesion understanding and report generation.
Neural process-based method for selecting specialized models as tools in agentic healthcare systems for multi-task clinical queries.
BFS-PO RL algorithm optimizes inference efficiency in large reasoning models by reducing overthinking and computational costs.
BHyGNN+ unsupervised representation learning approach for heterophilic hypergraph neural networks.
PhyScensis uses LLM agents with physics reasoning to generate realistic 3D scene arrangements for robotic simulation data collection.
ThermEval benchmark for evaluating vision-language models on thermal imagery for applications like surveillance and autonomous driving.
Cold-start personalization method using structured world models and RL to infer user preferences with limited interaction budget.
Research on diffusion models using canonicalization to handle symmetries in molecular graph generation tasks.
PAPerBench benchmark studies how context length in LLMs affects privacy leakage and personalization quality across large-scale evaluation.
Study on game-playing weak neural networks under fixed-scale quantization, proving representational barriers for impartial game mastery.
Framework for learning enriched trajectory representations enabling AI agents to make better decisions across different domains and tasks.
RV-Syn: data synthesis method for generating high-quality mathematical reasoning data using structured function libraries for LLM training.