Drift-to-Action Controllers: Budgeted Interventions with Online Risk Certificates
Drift2Act controller for handling distribution drift in deployed ML systems with budgeted interventions and online risk certificates.
Drift2Act controller for handling distribution drift in deployed ML systems with budgeted interventions and online risk certificates.
DualFlexKAN extends Kolmogorov-Arnold Networks with learnable dual-stage functions to address quadratic parameter scaling and architectural limitations.
Streaming deep reinforcement learning method for continuous control on resource-limited hardware using online updates without replay buffers.
MAGIC Net approach for streaming continual learning that combines architectural strategies with RNNs to handle concept drift and temporal dependence.
Function-preserving expansion method for fine-tuning pre-trained models without catastrophic forgetting by replicating model capacity.
Input space partitioning architecture using data heterogeneity measures to improve supervised learning accuracy on mixture-of-distributions data.
Theoretical framework connecting group theory and group entropies to mirror descent optimization algorithms for flexible machine learning updates.
Comprehensive analysis of unsupervised reinforcement learning with verifiable rewards for scaling LLM training without supervision bottleneck, including taxonomy and experiments.
Split Federated Learning architecture optimization for improving training accuracy and reducing delay in distributed ML model training.
Impermanent benchmark for evaluating temporal generalization in time-series forecasting models, addressing data contamination issues in foundation models.
XInsight multi-agent framework for LLM-driven psychological counseling support with stage-consistent workflow aligned to therapeutic practices.
Research on unified understanding of phenomena in Transformer language models through hierarchical latent structures in data generation processes.
Hierarchical Embedding Fusion method for retrieval-augmented code generation that compresses repositories into dense vector hierarchies to reduce inference cost and context noise.
Multi-agent deep reinforcement learning for radio resource allocation in V2X networks, addressing challenges like non-stationarity, coordination, and partial observability.
Open-source StarCraft II benchmark for reinforcement learning research with accessible compute requirements and curriculum design capabilities.
GraphSkill: LLM-based approach for complex graph reasoning using retrieval-augmented code generation with documentation guidance.
RECAP: Reservoir computing approach using local Hebbian plasticity for image recognition, inspired by biological neural mechanisms.
Research on risks of pruning-based unlearning in diffusion models, identifying concept revival dangers in weight pruning approaches.
Comprehensive review of quantum deep learning approaches integrating quantum/quantum-inspired resources with deep learning.
Study evaluating how graph construction methods affect GNN performance for IoT botnet detection.
Graph-based approximate nearest neighbor search optimized for modern AI workloads with online insertion support.
HyperTokens generates task-specific prompt tokens for continual video-language understanding with multimodal LLMs.
Hybrid few-shot learning model combining XAI and FSL for plant leaf disease classification under limited training data.
Parallel Relative Policy Optimization for improving chart understanding in large vision-language models with deep reasoning capabilities.
Soft equivariance regularization augments invariance-based self-supervised learning to preserve transformation-dependent structure for robustness.
Analysis of multimodal LLM generalization showing RGB-only approaches fail to generalize across cameras due to camera parameter entanglement.
PolyBlocks MLIR-based compiler infrastructure for AI chips and frameworks using analytical cost models for automated high-performance code generation.
Best-of-Tails method for inference-time alignment balancing optimism and pessimism in LLM candidate selection with imperfect reward models.
CREDO combines conformal prediction with credal methods for regression with distribution-free coverage and epistemic uncertainty quantification.
SymLang framework uses language-guided program synthesis with symmetry constraints to discover governing equations from noisy experimental data.
Analysis of fairness constraints in ML systems showing when enforcing fairness leads to worse outcomes for affected groups.
Self-evolving NLP extraction system that adapts to domain-specific taxonomies and emerging terminology in specialized fields like medical and legal.
Privacy analysis of DNA foundation model embeddings showing inversion attacks can reconstruct genomic sequences from shared embeddings.
Theoretical analysis of post-training linear autoregressive models with policy gradients, proving convergence properties under margin conditions.
Graph-based reinforcement learning framework for power distribution network resilience incorporating topological features for outage management.
Method for discovering interpretable audio attributes using multimodal LLMs for low-resource audio classification with high reliability.
Analysis of safety alignment in small language models using weak supervision and Self-MOA approach for reducing human annotation costs while maintaining usefulness.
Token caching optimization for vision-language navigation models accounting for visual and semantic dynamics to reduce inference cost.
Token merging optimization for Segment Anything Model to improve inference speed while preserving segmentation quality and handling SAM's attention architecture.
Agricultural vision competition focused on data-centric AI and model generalization under real-world distribution shifts rather than model design alone.
Research on generalization of RL-trained vision-language mobile agents for GUI automation. Addresses lack of standardized benchmarks and open-source RL systems for interactive task learning.
Method for preserving LLM safety alignment during fine-tuning by constraining safety-critical tokens, addressing alignment drift.
Knowledge-grounded NL2SQL system handling heterogeneous SQL dialects with semantic correctness and dialect-specific syntax compliance.
Transformer variant decomposing residual stream into token and context components for interpretable language modeling.
Framework for auditable fine-tuning and inference of proprietary LLMs on cloud platforms with cryptographic verification.
Monograph on probabilistic inference and learning theory using Stein's method with applications to variational gradient descent.
Lightweight on-device adaptation framework for speech enhancement models addressing dynamic acoustic scene changes with frozen backbone.
World model learning approach using symmetry exploration to capture physical invariances and conservation laws for extrapolative generalization.
Tool for verifying and explaining RL policies for multi-bridge network maintenance with formal safety guarantees and interpretability.
Generative-reconstructive-discriminative network with ROI attention for industrial surface defect detection and localization.