Self-Organized Learning in Oscillatory Neural Networks with Memristive Signed Couplings
Self-organized learning in oscillatory neural networks with memristive couplings for associative memory and optimization.
Self-organized learning in oscillatory neural networks with memristive couplings for associative memory and optimization.
Rosetta: Composable multimodal pretraining approach addressing gradient conflicts when integrating new modalities without catastrophic forgetting.
DiscoLoop: Method for internalizing multi-hop reasoning in LLMs within single forward pass using discrete embeddings and continuous states.
Systematization of knowledge on attack and defense landscape for mobile on-device AI systems.
Structured evaluation showing text-to-image diffusion safety alignment methods create illusion of high utility through coarse metrics.
EEG-conditioned facial action unit editing using dual-stream manifold alignment.
Mechanistic investigation of authority bias in LLMs showing how models prioritize source credibility over factual consistency.
Information-regularized attention mechanism to improve visual grounding and reduce hallucination in vision-language models.
StochasT: Visual instruction tuning method addressing visual attention decay in multi-turn vision-language model conversations.
Deep neural networks and ensemble methods to predict mortality outcomes and identify biomarkers in acute myocardial infarction.
Analysis of bird diversity in Sri Lanka using spatial and environmental data.
Theoretical study of MCMC scaling properties using Metropolis-Hastings symmetry.
Causal auditing framework to detect whether deleted facts persist in limited memory language models through parametric memory or retrieval artifacts.
RL framework enabling interactive real-time control of agent behavior during gameplay through coachability mechanisms instead of learning single optimal policy.
Lightweight backbone-agnostic segmentation benchmark adapter enabling fair comparison of transformer backbones independent of decoder and pretraining.
Intrusion detection framework using synthetic network traffic and explainable AI to produce court-defensible, traceable forensic outputs.
Recursive Vision Transformer approach using soft mixture-of-recursions to build deeper models with better parameter efficiency and performance.
Evaluation of pretrained music embeddings for cross-performance jazz standard recognition, comparing CNNs against foundation model embeddings.
Self-supervised learning framework for Vision Transformers that preserves informative left-right correspondences in bilateral data like medical images.
Method for explaining financial LLM decisions using Shapley values combined with domain expertise, addressing regulatory explainability requirements.
Video-text alignment model using asymmetric dual projections to handle temporal misalignment and semantic heterogeneity in long videos.
Graph-native RL system for materials discovery generating scientifically valid hypotheses through multi-step reasoning with traceable intermediate steps.
Comparative study of speech language models and conditional flow-matching for emotion control in text-to-speech, using activation steering techniques.
Controlled comparison of continuous-variable and discrete-variable quantum neural network paradigms on wafer-map defect classification tasks.
Survey examining how humans inject knowledge into ML workflows through visual analytics tools, covering labeling, feature engineering, and hyperparameter tuning.
Multitask learning framework handling mixed-type outcomes with shared sparsity by unifying task-specific losses through transformation.
Benchmark comparing foundation models and radiomics approaches for lung cancer detection across multiple feature extractors, classification heads, and segmentation methods.
Method to identify attention heads in LLMs that synthesize answers from context meaning rather than literal copying, improving long-context model interpretability.
Study of data leakage issues in RF-based drone detection benchmarks, showing how cross-validation methodology can artificially inflate reported accuracies.
Mathematical framework for understanding independence structures in graphical models with directed, undirected, and bidirected edges.
Research on message passing between LLM threads for efficient parallel reasoning, reducing computational cost of long chains-of-thought.
GRINCO uses group-invariant coresets for active learning that respect data symmetries and transformation groups.
FAR enables robots to learn from failures at test time, adapt behavior, and improve policy without human intervention.
GPU-parallel linearization error bounds for real-time robust optimal control with neural network dynamics.
Cartridge distillation method exposes hidden biases in LLMs that favor specific entities or viewpoints.
Semi-bandit learning approach for monotone stochastic optimization without full probability distribution knowledge.
Compares PPO and SAC reinforcement learning algorithms for fault tolerance in autonomous machines.
Invariance Pair Guidance improves robustness to spurious correlations through corrective gradients without dense labels.
Studies inherent many-to-many multiplicity in multimodal learning relationships beyond deterministic alignment.
scDataset provides scalable data loading for deep learning on large-scale single-cell genomics datasets.
FusionFactory fuses capabilities of multiple LLMs using multi-LLM log data for improved performance.
Causal prototype attention approach for synthetic oversampling in credit card fraud detection.
FLAT reveals hidden backdoor failures in federated learning through latent-conditioned reliability stress testing.
TANDEM uses neural differential equations with temporal attention for time series classification with missing data.
FedIA improves federated graph learning through importance-aware aggregation on distributed social media networks.
rBridge predicts reasoning performance of large LLMs using small proxy models under 1B parameters.
Graph neural network approach for solving mixed bundle pricing problems in revenue management.
K-Merge enables online merging of LoRA adapters for efficient on-device LLM deployment with limited storage.
Studies computable PAC learning and derives analogs of the Fundamental Theorem of Statistical Learning in the computable setting.
FlowPath: invertible flow-based method for learning manifolds from irregularly-sampled time series, improving neural controlled differential equations robustness.