Code-Space Response Oracles: Generating Interpretable Multi-Agent Policies with Large Language Models
Framework generating interpretable multi-agent policies using LLMs as game-theoretic response oracles for transparent RL policies.
Framework generating interpretable multi-agent policies using LLMs as game-theoretic response oracles for transparent RL policies.
Inference-time framework treating hallucinations in LLMs as structured interference in transformer residual streams using adaptive activation cancellation.
Explainability method for image classification providing structured interpretations without relying on auxiliary models.
Class-incremental learning method addressing step imbalance where task streams have varying numbers of classes.
Distribution Contractive RL framework that finetunes pretrained diffusion/flow policies for robot control using online feedback.
MultiwayPAM clustering method for analyzing LLM-as-a-Judge scores to reduce computational cost and reveal evaluator bias structure.
Study of quantum entanglement advantages in adversarial reinforcement learning games using quantum-classical hybrid agents.
GUI agents using vision-language models with hybrid self-evolving structured memory to handle long-horizon workflows and diverse interfaces.
HEAL distills reasoning from large language models to smaller models via hindsight entropy-assisted learning, overcoming teacher limitations.
WiGS formulates active learning sample selection as RL problem with dynamic additive criterion replacing static greedy sampling.
VERI-DPO uses claim verification with DPO to improve clinical LLM summarization accuracy and reduce unsupported statements.
Hybrid framework combining LLMs and graph attention for Amazons chess in resource-constrained environments. Lightweight decision-making system.
IH-Challenge dataset for training instruction hierarchy in LLMs. Addresses jailbreaks and prompt injection by establishing trust-ordered instruction conflict resolution.
Empirical study of RLVR methods for LLM alignment in moral reasoning. Questions whether diversity is necessary for alignment tasks.
JAX implementation of quasi-Newton optimization methods (BFGS, DFP, Broyden variants) built on Optimistix library.
Novel method detecting and eliminating neural network backdoor triggers via active path analysis with intrusion detection application.
FAME: formal abductive explanations for neural networks using abstract interpretation with reduced explanation size for large models.
EvoSchema addresses text-to-SQL robustness when database schemas evolve, improving model generalization across schema changes.
CacheSolidarity: defense mechanism preventing prefix caching side-channel attacks in multi-tenant LLM serving systems.
Deep generative models for synthetic tabular data synthesis using reinforcement learning to learn conditional distributions in low-data, imbalanced settings.
Pointy: Lightweight transformer-based foundation model for point cloud data trained on 39k point clouds, outperforming larger models with less supervision.
ForwardFlow: Deep learning framework for simulation-only statistical inference using normalizing flows to approximate posterior distributions.
Bayesian optimization with Gaussian processes to accelerate stationary point searches on potential energy surfaces using surrogate models.
Uses Laplace approximations for efficient Bayesian updates in deep active learning without retraining, addressing batch redundancy through diversity.
Reassesses deep reinforcement learning for macro placement in chip design; develops stronger simulated annealing baselines and releases public benchmarks.
Applies large language models for travel behavior prediction through natural language reasoning frameworks as alternative to numerical models.
Optimal transport-based aggregation method for combining locally trained mixture-of-experts models from decentralized datasets.
Addresses communication efficiency in multimodal federated learning with joint modality and client selection for heterogeneous network settings.
Addresses catastrophic forgetting in incremental learning for image classification using task-specific batch normalization and out-of-distribution detection.
Improves generalization of diffusion-based neural combinatorial optimization solvers across problem scales using inference-time adaptation for NP-complete problems.
Addresses fundamental geometric limitations of CLIP's multimodal latent space for handling complex visual-textual interactions through geometric improvements.
Extends Support Vector Machine classification to non-Euclidean spaces by analyzing limitations of max-margin classification and KKT boundary conditions in non-Euclidean geometry.
Panda: Pretrained foundation model for forecasting chaotic dynamical systems like fluid flows and neuronal activity using dynamical systems theory.
CARTGen-IR: Deep generative model approach for synthetic tabular data generation to address imbalanced regression problems without arbitrary classification thresholds.
Comparative study evaluating statistical, tree-based, and deep learning models (XGBoost, LightGBM, N-BEATS, Temporal Fusion Transformer) for retail sales forecasting with intermittent demand.
Characterizes neural sequence models supporting sequential-parallel duality, analyzing architectures like Gated Linear Attention and Mamba.
Theoretical analysis of sigmoid contrastive loss in CLIP-style models, explaining advantages of temperature and bias in SigLIP and SigLIP2.
Sparse mixture-of-experts approach for prompt-based continual learning reducing computational overhead and memory scaling with number of tasks.
Search framework for automatically discovering hybrid neural architectures combining attention, MLP, and other primitives beyond standard transformers.
Compares communication versus curriculum learning for multi-agent LLM cooperation in game-theoretic settings, showing cheap talk achieves 96.7% cooperation.
Explainable generative framework combining cross-modal attention, Grad-CAM++ attribution, and bias-aware training for image generation auditing.
Proposes absolute cluster validity indices to determine compactness, separability and optimal cluster count independent of algorithm comparison.
Theoretical framework predicting kernel regression learning curves from data covariance and target function decomposition on real datasets.
Unified convergence analysis of value iteration algorithm for both discounted and average-reward reinforcement learning settings.
Variational autoencoder with dual-path routing for detecting anomalies in vehicle telemetry with mixed slow drifts and fast spikes.
Hierarchical dual-strategy framework for selective unlearning in LLMs to remove privacy-sensitive healthcare information while preserving medical competencies.
Applies group-equivariant inductive bias to reinforcement learning for environments with partial symmetry breaking.
Foundation model using transformers for battery cycle life prediction across heterogeneous chemistries and operating conditions via transfer learning.
Theoretical framework explaining simplicity bias in neural networks through saddle-to-saddle learning dynamics across architectures.
Investigates geometric substrate of Bayesian inference in production-scale language models (Pythia, Phi-2, Llama-3, Mistral).