PolicyPad: Collaborative Prototyping of LLM Policies
PolicyPad system supporting collaborative policy design for LLMs in high-stakes domains via rapid prototyping and iteration.
PolicyPad system supporting collaborative policy design for LLMs in high-stakes domains via rapid prototyping and iteration.
FeatBench evaluates LLM code generation for realistic repository-level feature implementation with minimal data leakage.
Training re-evaluation curves diagnostic enabling better data curriculum design by characterizing batch retention across LLM training.
Analysis of expert routing patterns in multilingual Mixture-of-Experts LLMs revealing language-specific dynamics across layers.
StarEmbed benchmark for evaluating time series foundation models on irregular astronomical observations of variable stars.
Technique for reducing LLM vocabulary size losslessly to improve auto-regressive text generation efficiency without performance loss.
CreativityPrism framework for holistic, scalable evaluation of LLM creativity across diverse scenarios without heavy human involvement.
Cluster-PFN uses Transformers for unsupervised Bayesian clustering with uncertainty quantification, handling missing values.
Q3R regularizer enabling parameter-efficient low-rank training and pre-training for large deep learning models.
Method for enforcing instruction hierarchy in LLMs to handle competing directives from multiple sources for reliable decision-making.
LOCA framework enabling AI agents to solve Olympiad-level physics problems via logical chain decomposition and verification.
Language-Guided Invariance Probing benchmark evaluating vision-language model robustness to paraphrases and semantic changes on 40k images.
Geometric analysis of Mixture-of-Experts architectures using Jacobian-PCA spectral methods to understand routing and function geometry.
StableQAT framework for stable quantization-aware training of large models at ultra-low bitwidths for efficient deployment.
Graph transformer architecture with cardinality-preserving attention for molecular property prediction in drug discovery.
Privacy risks of vision-language models inferring sensitive locations from photos with street-level precision.
Vision-language models for autonomous vehicle safety assessment and planning, integrating VLM representations into perception, prediction, and planning pipelines.
Analysis of whether LLM self-referential language reflects internal computation or confabulation via Pull Methodology tracking vocabulary-activation correspondence.
Vision-Language-Action models improved via test-time verification scaling to reduce intention-action gap in robot instruction following, offering alternative to policy learning scaling.
Framework for designing generative social robots using LLMs for educational tutoring, addressing hallucinations, overreliance, and privacy risks in responsible AI deployment.
Statistical model capturing multi-scale structure of natural language relating entropy rate to semantic chunking in LLMs.
Active learning method for medical imaging that explains selection decisions based on clinically meaningful features.
Framework arming NL2SQL agents with database-specific tribal knowledge to improve translation accuracy on real-world databases.
Case study analyzing emergence of social dynamics in AI agent societies through Moltbook's open-ended multi-agent environment.
Geometric analysis showing hallucinations in small LLMs exhibit looser clustering than genuine responses in embedding space.
Indic-TunedLens: interpretability framework for multilingual LLMs in Indian languages with shared affine transformations.
Weight-space detection method for backdoor attacks in LoRA adapters without requiring execution or knowing trigger patterns.
Method closing distribution gap in adversarial training for LLMs to improve robustness against simple in-distribution exploits.
Cross-domain orchestration framework for managing federated AI-as-a-Service deployments with network-compute integration.
AI-Paging system for runtime selection and execution of AIaaS model instances via network-based intent matching.
Evaluation of slang comprehension in state-of-the-art LLMs for Indian and Australian English varieties.
SecCodeBench-V2: benchmark of 98 scenarios evaluating LLM code generation security across 5 languages and 22 CWE categories.
STAPO method stabilizing RL fine-tuning for LLMs by controlling rare spurious token gradients to prevent training collapse.
Content-based framework for consistent refusal decisions in LLM-based cybersecurity agents avoiding over-restriction and brittleness.
B-DENSE proposes branching approach to improve diffusion model inference speed while preserving structural information from intermediate trajectory steps.
Flow model expansion method using verifier constraints for scientific discovery beyond training data distribution in molecular design space.
Mechanistic study of capability emergence tracking geometric measures across model scales, revealing scale-invariant representation collapse during training.
Carbon-aware evaluation metric for AI models that incorporates energy consumption and carbon emissions alongside traditional performance benchmarks.
Expert budgeting optimization for efficient speculative decoding in Mixture-of-Experts LLMs to reduce memory pressure and maintain speedup.
Multi-objective alignment method for LLMs in psychotherapy applications balancing patient preferences with clinical safety using preference rankings.
Theoretical analysis of generative AI robustness under data contamination from AI-generated content in recursive training, with guarantees on model survival.
Investigation of source screening for learning shared feature extractors across heterogeneous data sources to filter low-quality or irrelevant data.
Analysis of graph neural network convergence on large random graphs with correlated node features to assess GNN expressiveness in realistic settings.
Hierarchical reinforcement learning framework for training LLM agents on long-horizon tasks with sparse rewards using explicit credit assignment across action hierarchies.
Optimization method using orthogonalized updates for physics-informed neural networks and neural operators to handle ill-conditioned gradients and multi-scale behavior.
Non-autoregressive generation using masked diffusion language models with remasking samplers to reduce decoding latency while addressing error accumulation in iterative refinement.
Temporal-Prior Conditioning method for time series forecasting with LLMs, treating time as first-class modality across model depths.
Graphon-based mean-field method for multi-agent reinforcement learning with heterogeneous agents and computational efficiency improvements.
Training-free adaptation method for diffusion models using Doob's h-transform without additional training or differentiability assumptions.
Neurochaos Learning applied to linked data classification, demonstrating small-sample learning and low compute requirements on graph-structured data.