GIFT: Bootstrapping Image-to-CAD Program Synthesis via Geometric Feedback
Image-to-CAD program synthesis using geometric feedback for bootstrapping alignment between visual and symbolic representations.
Image-to-CAD program synthesis using geometric feedback for bootstrapping alignment between visual and symbolic representations.
Modular framework and taxonomy for reinforcement learning with diffusion and flow models as policy representations.
KV cache compression via uniform angle quantization in Fast Walsh-Hadamard domain with per-layer precision allocation.
Empirical study of 33 KV cache quantization methods for self-forcing video generation with memory optimization.
Mixture of Experts with drift-aware token routing for continual instruction tuning of large vision language models.
Self-imitating proximal policy optimization algorithm improving exploration efficiency in sparse reward reinforcement learning.
Federated learning framework for multimodal data with heterogeneous clients and missing modalities using block-wise approach.
Theoretical analysis of self-supervised pre-training using two-stage M-estimation and representation symmetry to improve bounds.
Federated soft-prompts framework for continual web personalization with privacy preservation and stability-plasticity control.
Reinforcement learning agents (DQN, SARSA, A2C/A3C) for automated quiz composition with topic coverage and difficulty optimization.
Empirical study of Low-Rank Adaptation (LoRA) in sequential fine-tuning of transformer encoders, analyzing catastrophic forgetting behavior.
Survey of counterfactual explanation algorithms for time series classification, covering instance-based, pattern-driven, and gradient-based methods.
RG-TTA: Meta-controller for test-time adaptation in streaming time series forecasting that modulates adaptation intensity based on regime similarity.
KVSculpt: KV cache compression for long-context LLM inference treating compression as knowledge distillation, orthogonal to quantization and low-rank methods.
Eigenvalue tail index of neural network weight matrices predicts test accuracy under label noise, achieving R^2=0.984 as diagnostic for data quality.
ATLAS-RTC: Runtime control system for LLM agents that enforces structured output via token-level monitoring, drift detection, and closed-loop interventions during decoding.
ITQ3_S: 3-bit weight quantization method for LLM inference using rotation-domain adaptive quantization to reduce precision loss from weight distribution outliers.
Proteina-Complexa: fully atomistic protein binder generation method combining conditional generative modeling with structure-based optimization.
Optimization techniques for efficient inference in large vision-language models addressing computational bottlenecks from high-resolution visual tokens.
Distributed stochastic gradient descent with game-theoretic incentives to prevent gradient manipulation by strategic agents while ensuring convergence.
Principal Prototype Analysis on Manifold: interpretability method for reinforcement learning agents using prototype-based explanations.
Generalization of diffusion models to correlated stochastic sampling using probabilistic computers beyond standard neural network implementations.
FedDES: graph-based dynamic ensemble selection for personalized federated learning that addresses negative transfer through selective peer integration.
Analysis of diffusion maps showing they provide spectral representation of geometry rather than dimensionality reduction, compared with Isomap and UMAP.
ROVED: hybrid reinforcement learning framework combining vision-language embeddings with oracle feedback to reduce annotation costs for reward learning.
Koopman-based surrogate models for RL control of fluid dynamics with mitigation of distribution shifts.
InkDrop demonstrates backdoor attacks against dataset condensation methods through invisible trigger implantation.
Heddle is a distributed system for orchestrating agentic RL rollouts with LLMs to address trajectory generation bottlenecks.
Training methodology to verify and bound Lipschitz constants of neural networks for adversarial robustness and generalization.
GVF framework models health risk as vector fields on simplicial complexes from multimodal wearable and environmental data.
Federated learning approach for livestock growth prediction addressing privacy concerns and limited data availability.
ORACAL is a multimodal GNN framework for smart contract vulnerability detection with causal graphs and explainability.
Global-regional coupling framework using Transformers for kilometer-scale regional weather forecasting.
PCGS framework for strictly online prediction under non-stationarity with Transformer instantiation for expert switching.
Perturbation-based approach for unconstrained bandit linear optimization with improved regret guarantees.
ERPO uses token-level entropy-regulated policy optimization to improve credit assignment in reinforcement learning for language models.
Variational neurons in Transformer feed-forward layers to incorporate uncertainty into internal computation for language modeling.
MR-CDM framework for multi-resolution time series generation using hierarchical decomposition and diffusion models.
Study on robustness against data corruption in offline multi-agent reinforcement learning from human feedback.
Framework for estimating learning complexity and communication costs in federated learning systems before deployment.
FI-KAN introduces fractal interpolation function bases into Kolmogorov-Arnold Networks for improved multi-scale function approximation.
arXiv paper proposing optical in-network computing to reduce communication overhead in distributed machine learning systems.
arXiv paper introducing LIBERO-Para benchmark to evaluate robustness of Vision-Language-Action models to paraphrased instructions in robotic tasks.
arXiv paper proposing FedRCO, a second-order optimization framework for federated learning with improved stability under non-IID data.
arXiv paper addressing fairness issues in graph condensation, preventing amplification of demographic biases during dataset compression.
arXiv paper integrating learning-based optimization with classical statistical methods for efficient high-dimensional matrix estimation.
arXiv paper applying deep reinforcement learning to maritime coverage path planning on irregular hexagonal grids.
arXiv paper addressing label-efficient retraining of malware detection models under distribution drift in real-world settings.
arXiv paper on Bayesian framework for preference learning in many-objective optimization using mixture models of latent preference archetypes.
arXiv paper presenting evolutionary framework using LLMs to discover novel reinforcement learning algorithms by searching over executable update rules.