NI Sampling: Accelerating Discrete Diffusion Sampling by Token Order Optimization
Token order optimization for discrete diffusion language models to accelerate sampling speed beyond traditional autoregressive decoding.
Token order optimization for discrete diffusion language models to accelerate sampling speed beyond traditional autoregressive decoding.
BAR framework trains independent domain experts separately via supervised finetuning and RL, composes via mixture-of-experts for modular LLM post-training.
Multi-objective neural network framework for point and interval forecasting with non-crossing prediction intervals.
Addresses mode collapse in RL training for LLM reasoning on saturated benchmarks. Proposes Constrained Uniform Top-K Sampling for improved policy learning.
Benchmark ecosystem for epidemic forecasting using statistical and ML models. Specialized application domain with limited relevance.
Technical note clarifying relationship between TurboQuant and earlier DRIVE/EDEN quantization schemes for neural networks.
Inference-time error correction for LLMs via residual stream monitoring and KV-cache steering to prevent mid-generation reasoning errors.
Empirical study on when LLMs can learn reasoning with weak supervision signals, examining reinforcement learning with verifiable rewards across model families and domains.
Introduces Bounded Ratio Reinforcement Learning framework bridging trust region methods and PPO's clipped objective for on-policy RL.
Proposes Sessa, selective state-space attention mechanism addressing information dilution in diffuse attention by improving token influence in long contexts.
Presents TokenChain, discrete speech chain coupling semantic-token ASR with two-stage TTS enabling feedback across text interface.
Studies robustness of LLM code understanding via program-output prediction, finding open-source reasoning models outperform closed models on execution semantics.
Proposes AI agent prototype for exploring AI-assisted learning with temporal interaction analysis and behavioral-cognitive profiling of learners.
Introduces reciprocal co-training framework coupling gradient-based LLMs with non-differentiable models like Random Forests via reinforcement learning.
Survey on data mixing strategies for LLM pretraining, optimizing domain-level sampling weights to improve training efficiency and generalization under budget constraints.
Unified framework for federated fine-tuning and inference of LLMs on edge devices, optimizing parameter-efficient training and low-latency deployment.
Proposes ICAT framework to evaluate physical risk prediction in video-generative world models, grounding testing in real incidents for safe embodied planning.
Presents PHASE, heterogeneous self-play method for realistic highway traffic simulation enabling rare safety-critical scenario generation for autonomous vehicle evaluation.
Proposes cooperative coevolutionary method for semi-supervised tabular classification in extreme low-label regime, comparing evolutionary vs monolithic approaches.
Studies when recommender systems should reduce novelty promotion by modeling user exploration saturation to improve recommendation fairness.
Compares continual pretraining versus GraphRAG for injecting structured biomedical knowledge from UMLS into language models for domain specialization.
First systematic threat analysis of State-Space Models (S4, Mamba, etc.) identifying spectral, stateful, and capacity attacks for safety-critical applications.
Presents method for automated collection and aggregation of unstructured web data using LLMs, addressing webpage structure changes and dynamic content loading.
Derives formula to estimate precision bounds for AI-based job application screening, analyzing bias and reliability of single AI systems.
Proposes fuzzy encoder-decoder architecture for spiking Q-networks in autonomous driving to reduce information loss and improve value function representation.
Transfer learning models for building thermal dynamics using multi-source data to enable energy-efficient operation and fault detection.
SAND challenge dataset and algorithms for speech-based detection of neurodegenerative diseases like ALS.
FM-CAC framework using time-series foundation models for carbon-aware control of battery-buffered edge AI deployments.
FairLogue toolkit for intersectional fairness auditing of clinical ML models using All of Us dataset across combined demographic groups.
SynopticBench evaluates vision-language models on generating future weather forecast discussions from meteorological data.
EchoChain benchmark for evaluating full-duplex state-update reasoning in voice assistants under mid-speech interruptions.
Deep hierarchical knowledge loss framework for fault intensity diagnosis that captures dependencies among target classes in manufacturing.
Physics-guided diffusion sampling method for modeling gas-phase reaction kinetics from sparse PDE observations.
Saccade Attention Networks using sparse attention patterns to reduce transformer sizes and computation by learning selective focus.
PhyLAA-X deepfake detector combining semantic artifact learning with physical invariants for improved cross-generator robustness.
Novel loss function integrating fuzzy logic for improved deep learning performance on MRI brain image segmentation tasks.
NL2SQLBench: First modular benchmarking framework for evaluating LLM-based natural language to SQL solutions systematically.
Gradient-free continual learning method for spiking neural networks using inter-spike interval regularization, compatible with neuromorphic hardware.
Benchmark comparing 17 frontier multimodal LLMs and open-source models on handwritten medical form digitization, with latest models reaching 85% accuracy.
Transformer-based framework using PPO to prune graph structures in robotic exploration, reducing redundant information during frontier-based planning.
Framework converting autoregressive vision-language models to diffusion-based models via progressive block merging and distillation.
Security analysis of multimodal agents showing visual adversarial perturbations can override price constraints in transactions.
Survey of bias evaluation and mitigation strategies for text-to-image generation models with operational fairness definitions.
Systematic analysis of tool-augmented agents for translating natural language mathematics to Lean 4 formal proofs.
Federated learning framework for LLM safety addressing privacy, security, misinformation, and adversarial robustness.
LLM agent framework for kernel generation in Triton using failure-driven adaptation and diversity-preserving search.
Multi-agent LLM framework for early-stage engineering design with human-in-the-loop control for aerodynamic optimization.
Analysis of security vulnerability gap in LLM code generation and mechanistic approach to improve code safety.
Scalable parallel training framework for graph transformers on large-scale graphs across multiple GPUs.
Multi-agent reward system using debate mechanism for scientific ideation via LLM reinforcement learning post-training.