Subspace Optimization for Efficient Federated Learning under Heterogeneous Data
Subspace optimization method for federated learning addressing non-IID data heterogeneity with reduced communication and memory overhead.
Subspace optimization method for federated learning addressing non-IID data heterogeneity with reduced communication and memory overhead.
Genetic programming approach for automatically evolving lightweight feature learning models for time series classification with limited labeled data.
Safe RL algorithm combining learned dynamics models and uncertainty-aware safety filters for safe exploration in high-dimensional systems.
Comparative study of recurrent graph neural network variants: converging, output-converging, and halting RGNNs for iterative message-passing.
Quantum annealing-based feature selection method for interpreting convolutional neural networks in critical applications.
Black-box data-free knowledge distillation using diverse image priors to transfer knowledge from teacher to student models without training data access.
Examines whether transformers can generalize chain-of-thought reasoning beyond training trace lengths, using theoretical frameworks for length generalization.
Empirical investigation of transformer in-context learning capabilities, characterizing scaling behavior and conditions for ICL success on unseen tasks.
Analyzes how imperfect proxy rewards used in RL training of LLMs vary in harmfulness, proposing a categorization framework for understanding which reward errors are beneficial vs harmful.
Studies how interventions reducing emergent misalignment in finetuned LLMs may hide problematic behaviors behind contextual triggers rather than fully mitigating them.
TSN-Affinity enables parameter reuse for continual offline reinforcement learning across sequential tasks without catastrophic forgetting.
Training reasoning models using Tsallis loss continuum to balance exploitation and density-estimation in low-success reinforcement learning settings.
Systematic literature review of transformer-based models for automated software vulnerability detection.
FGDM uses multi-agentic framework with LLMs, CoT and ToT prompting for automated software bug detection in complex codebases.
Open-source reproducible pipeline for learning illumination control in diffusion models with data engine and released code.
VibeToken: resolution-agnostic 1D Transformer-based image tokenizer enabling efficient autoregressive image synthesis at arbitrary resolutions.
Control method from RGB images using learned visual representations with safety guarantees via system-level synthesis.
Analysis of sensor selection strategies for robotic fruit harvesting with suction grippers, focusing on pick state estimation.
Meta-learning framework for fast online adaptation of Hamiltonian models in superconducting quantum processors using hardware measurements.
Exploratory Sampling decoding method for LLMs that encourages semantic diversity in generated responses during test-time scaling.
Question-answering benchmark for reasoning over in-vehicle CAN traffic data, formulating intrusion detection as a reasoning task.
Thompson Sampling approach for Bayesian optimization using pairwise preference feedback instead of scalar scores, with theoretical analysis.
Spark Policy Toolkit providing Spark-native primitives for scalable policy learning with semantic contracts and vectorized inference.
Benchmark measuring AI agents' capability to autonomously implement end-to-end ML pipelines from minimal task descriptions, demonstrated with Connect Four AlphaZero implementation.
Investigation of LLM pruning effectiveness for test-time scaling, examining how structured pruning impacts reasoning capabilities and model compression.
Frictive Policy Optimization framework for LLMs that treats clarification, verification, challenge, redirection, and refusal as explicit control actions to manage epistemic and normative risk.
Reinforcement learning method for chip placement in physical design that learns from expert layouts.
TEE-based architecture for auditable LLM-assisted decision-making in grant evaluation while protecting model confidentiality.
Framework for training custom policy guardrails for LLMs using synthetic data generation via debate-based refinement.
Research on uncertainty estimation in audio-aware large language models to reduce hallucinations and overconfident outputs.
Empirical study comparing pretrained language models and graph neural networks for code classification and vulnerability detection.
Physics-informed neural networks framework for change-point detection and parameter estimation in nonlinear dynamical systems.
Meta-learning approach combining MCMC and neural networks for Bayesian structural health monitoring and dynamic model updating.
Research on black-box few-shot knowledge distillation for compressing neural networks without full teacher access.
Agora-Opt: multi-agent LLM framework with decentralized debate and memory for solving optimization modeling problems.
G-Loss: graph-guided loss function for fine-tuning language models using semi-supervised label propagation on embedding manifolds.
Comparative study of explainability methods (GNNExplainer, GNNShap, GradCAM) for graph neural networks on particle physics jet tagging.
Research on risk-sensitive grasp planning using variational neural belief parameterizations for dexterous robotic manipulation under uncertainty.
Research proposing geometric algebra framework to address limitations in compositional semantics and interpretability of neural language models.
Compression pipeline for reducing computational cost and carbon footprint of large language models for software engineering applications.
RecursiveMAS: recursive multi-agent framework that scales agent collaboration through iterative latent-space refinement for complex reasoning.
NUBO: open-source Python package for Bayesian optimization using Gaussian processes and acquisition functions for expensive black-box optimization.
Constraint-based Bayesian method for learning transition dynamics from near-optimal expert trajectories in offline reinforcement learning.
Parameter-efficient continual learning framework using soft masks on frozen pre-trained Transformers for task-specific adaptation.
Data unlearning method for LLMs using model state history to efficiently remove influence of problematic training data without full retraining.
Curriculum-guided multimodal model (CuMMI) for predicting nanomaterial-protein interactions with improved generalization to unseen materials.
Compares data assimilation and likelihood-based inference methods for estimating latent states in agent-based models against real-world data.
Curriculum learning approach for emotion recognition using crowdsourced human difficulty assessments instead of heuristic sample difficulty definitions.
Analysis of entropy collapse in reinforcement learning with verifiable rewards for LLMs, proposing entropy change perspective for improved training.
Framework for incorporating group symmetries into kernel-based reinforcement learning via symmetry-aware optimistic least-squares value iteration.