The Problem of Algorithmic Collisions: Mitigating Unforeseen Risks in a Connected World
Analysis of systemic risks from interactions between deployed AI and algorithmic systems without mutual awareness.
Analysis of systemic risks from interactions between deployed AI and algorithmic systems without mutual awareness.
Study showing LLM weights follow generalized Gaussian distributions, proposing optimization framework for improved training efficiency and initialization.
Studies cross-lingual collapse phenomenon where multilingual LLMs revert to dominant language during reinforcement learning with verifiable rewards training.
AbstRaL method improves LLM reasoning on grade school math through synthetic data generation to enhance robustness against distribution shifts.
Benchmark comparing generalist vs specialist medical vision-language models for clinical image diagnosis.
MDM-OC framework for scalable, reversible model composition enabling continual learning without catastrophic forgetting.
Fine-tuning approach enabling LLMs to enforce role-based access control and generate contextualized responses in enterprise settings.
Generative Logic deterministic architecture for deductive reasoning from axioms via Mathematical Programming Language.
MolReasoner framework for domain-specific molecular reasoning in LLMs using specialized prompting to reduce hallucinations.
Shuffle-R1 framework addressing training inefficiencies in reinforcement learning for multimodal LLMs through data-centric dynamic shuffling.
Comprehensive benchmark comparing 25 pretrained molecular embedding models across 25 datasets for chemistry applications.
CORE metric for evaluating linguistic effectiveness in multi-agent LLM interactions under game-theoretic pressures.
Benchmark framework for active feature acquisition methods that dynamically select informative features under cost constraints.
Attestation framework for verifying legitimacy of billion-parameter LLMs running on-device with efficiency constraints.
Lightweight error mitigation strategies for post-training N:M structured activation pruning in LLMs enabling dynamic input-adaptive compression.
LLM-based approach to poker using counterfactual regret minimization principles for multi-player game strategy beyond Nash equilibrium.
Revisitable memory system for long-context LLM agents enabling efficient retrieval and reasoning across millions of tokens via dynamic evidence management.
Polychromic objectives method for reinforcement learning fine-tuning preventing policy collapse and preserving diversity during RLFT training.
Analysis of reinforcement learning parameter dynamics in LLMs identifying rank-1 dominance property and predictability patterns during reasoning improvements.
Surrogate-free ADMM pruning method achieving high sparsity levels (>60%) in LLMs without severe accuracy degradation, advancing neural network compression.
Multi-stage reinforcement learning approach (RewardMap) tackling sparse rewards in fine-grained visual reasoning tasks for multimodal LLMs.
KVComm framework enabling efficient multi-agent LLM communication through selective key-value cache sharing, reducing inference costs versus natural language protocols.
Safety benchmark dataset of 585 prompts across 7 sociopolitical categories in 34 countries testing LLM vulnerabilities to political manipulation, propaganda, and disinformation.
LLM-based agent framework for dynamic recommendations leveraging commonsense reasoning to capture implicit item-item relationships and avoid hallucination.
Context-aware causal reasoning benchmark for LLMs in social science, testing ability to distinguish structural causal mechanisms from correlations under varying institutional contexts.
Hybrid multi-agent pathfinding framework combining centralized and distributed approaches with reduced inter-agent information sharing for scalable autonomous systems.
Attack framework demonstrating watermark spoofing vulnerabilities in LLMs via knowledge distillation, enabling malicious models to generate text with victim model watermarks.
Analysis of SO(3) action representations in deep reinforcement learning for robotic control, comparing Euler angles, quaternions, rotation matrices, and Lie algebra coordinates.
Systematic study of medical-domain interpretability in LLMs using UMAP projections, gradient-based saliency, layer lesioning, and activation patching to understand knowledge representation.
Analyzes performance gap between speech-adapted and text-based LLMs on language understanding tasks, identifying causes of speech input underperformance.
Analysis of native Vision-Language Models architecture constraints versus modular approaches, discussing fundamental barriers and methods for accessible VLM research.
Lean Finder: Semantic search engine for Lean and mathlib using intent-aware matching to help mathematicians locate relevant theorems and reduce learning curve.
MoMaGen: Automated demonstration generation framework for training robots on multi-step bimanual mobile manipulation tasks under soft and hard constraints.
Transitive RL: Divide-and-conquer value learning algorithm for offline goal-conditioned reinforcement learning using triangle inequality structure.
TIR-Judge: RL framework training LLM judges to use tools for constraint verification and computation, improving evaluation beyond text-based reasoning alone.
Benchmark framework for evaluating long-context reasoning in LLMs beyond one million tokens with coherent narratives for conversational long-term memory assessment.
PoCo: Agentic system for automated proof-of-concept exploit generation in smart contract security audits using AI-driven vulnerability demonstration.
Scalable multi-objective and meta-RL via gradient estimation: efficient policy training across multiple related objectives through optimal task grouping.
Comprehensive review establishing definitions and taxonomy of agentic AI systems in electrical power engineering, differentiating from traditional AI agents and generative models.
Mantis: Vision-Language-Action model with disentangled visual foresight for improved efficiency in VLA training and action prediction from visual input.
InTAct: Continual learning approach using interval-based task activation consolidation with mathematical guarantees against catastrophic forgetting in neural networks.
Market-making framework for coordinating multi-agent LLM systems, replacing centralized oversight with scalable coordination mechanisms for transparency and accountability.
FAST: Topology-aware coreset selection method for compressing datasets while maintaining distributional equivalence, reducing computational burden for neural network training.
MapReduce LoRA and RaTE methods address multi-objective optimization in generative models, training preference-specific adapters to improve RLHF alignment without degrading other dimensions.
SelfAI: Multi-agent system for long-horizon scientific discovery with self-directed exploration, balancing efficiency-diversity trade-offs in complex hypothesis spaces.
ML-Tool-Bench: Framework for autonomous ML agents using LLMs to orchestrate end-to-end data science workflows including analysis, feature engineering, and hyperparameter optimization.
Automated discovery of RNN mechanisms for understanding cognitive errors and neural dynamics underlying behavior, replacing human-in-the-loop iterative refinement.
Vision-to-language framework combining medical image classification with LLM reasoning for interpretable clinical decision support.
Trust mechanism for decentralized multi-agent LLM systems to prevent deceptive behavior and maintain system stability in autonomous service interactions.
Clustered personalized federated learning framework using Population Stability Index to handle non-IID data distribution across clients.