Spectral Alignment in Forward-Backward Representations via Temporal Abstraction
Research on spectral alignment in forward-backward representations for successor representation learning in continuous spaces.
Research on spectral alignment in forward-backward representations for successor representation learning in continuous spaces.
MARLIN: multi-agent reinforcement learning method for efficient incremental DAG discovery from observational data.
Collaborative knowledge distillation with adaptive curriculum learning for heterogeneous client capacities in edge visual analytics.
Transformer-based predictive maintenance model estimating instrument time-to-drift for optimized calibration scheduling.
Analysis of coupled learning dynamics in tri-hierarchical drone swarms with Hebbian learning, policy gradients, and meta-learning.
Graph-aware backdoor poisoning attack on text-attributed graphs through node text manipulation without structural changes.
Archive of 30 multivariate time series classification datasets extending the 2018 UEA benchmark for TSML research.
Study of collusive adversarial attacks against cooperative multi-agent reinforcement learning systems in robotics and UAV swarms.
SymCircuit: entropy-regularized RL approach for learning probabilistic circuit structure, replacing greedy search with generative policy.
Survey of KV cache optimization strategies for efficient LLM inference with extended context windows from thousands to millions of tokens.
Claude Opus 4.6 with Rocq proof assistant MCP tools autonomously proved 10/12 Putnam problems using compile-first strategy.
SLE-FNO: continual learning framework for Fourier Neural Operators to adapt to new experimental conditions without retraining.
Theoretical analysis of RLHF with multi-source imperfect preferences from diverse annotators and reward models, deriving regret bounds.
Neural-symbolic pipeline (NGCG) for discovering conservation laws from dynamical system data, addressing false positives and non-polynomial invariants.
Adaptive efficiency optimization framework combining multiple efficiency techniques for LLM deployment.
Addresses negative learning from high-surprisal samples in distributed reinforcement learning with stale/mismatched actors.
Delightful Policy Gradient introduces efficiency signal to skip low-value backward passes in policy gradient training.
Row-momentum normalized preconditioning method for efficient training of deep neural networks.
Analyzes behavior cloning with action quantization for autoregressive models in robotics and control tasks.
Ontology-based benchmark for evaluating LLM safety regarding illegal crime-related queries.
Memory-Keyed Attention mechanism reducing KV cache overhead for long-context LLM training and inference.
Studies discrete data generation using diffusions with insights from random constraint satisfaction problems.
MixedDimKV method for efficient KV cache compression in transformer inference using mixed-dimension budget allocation.
Low-rank stochastic gradient estimator for LLM training reducing memory constraints and gradient noise in high-dimensional spaces.
Introduces continued fraction neural networks to capture non-linear functions with singularities using rational inductive bias.
Theoretical analysis of diffusion models on manifold-structured data examining statistical complexity and geometric properties.
arXiv paper on neuronal self-adaptation in spiking neural networks inspired by biological potassium channels for improved energy efficiency and robustness.
arXiv paper investigating adversarial attacks on graph neural networks trained with local differential privacy protections.
arXiv paper evaluating uplift modeling robustness under structural biases including selection bias, spillover effects, and unobserved confounding.
arXiv paper on neural autoregressive flows for efficient Markov boundary discovery with theoretical reliability guarantees.
arXiv paper connecting iterative neural constraint heuristics to large neighborhood search, adapting ConsFormer into neural LNS procedure for optimization.
arXiv paper on finite-sample identification for bilinear systems with bounded symmetric log-concave noise and trajectory-dependent regressors.
arXiv paper investigating cross-granularity representations in biological sequence models integrating hierarchical knowledge from nucleotides to genes.
arXiv paper on projection-free algorithm for contextual recommendation bandits achieving logarithmic regret with improved efficiency over ONS methods.
arXiv survey bridging academic attributed graph clustering methods with industrial deployment requirements and real-world constraints.
arXiv paper on knowledge-informed pretrained model for causal discovery using coarse domain knowledge without relying on interventional data or strong priors.
arXiv paper introducing semantic sections as atlas-native feature ontology for interpreting obstructed representation spaces in neural networks.
arXiv paper on incentive-aware federated learning framework addressing strategic agent participation with performance guarantees in distributed collaborative training.
arXiv paper generalizing residual connections into multi-stream hyper-connections with spectral-sphere constraints to maintain identity mapping stability.
arXiv paper on natural gradient descent for online continual learning in image classification addressing catastrophic forgetting in non-i.i.d. data streams.
arXiv paper proposing Bayesian scattering as interpretable baseline for uncertainty quantification on image data using wavelet transforms and probabilistic modeling.
LLM-based approach for automated discovery of governing equations in dynamical systems, replacing genetic programming with language models for efficiency.
Interpretability method combining LIME with neural decision trees for more stable and faithful explanations of complex models on tabular data.
Clinical prediction framework using discriminative representation learning aligned to outcomes rather than reconstruction objectives.
Feature selection method using causal principles and diffusion models to improve stability under distribution shifts.
Investigation of how contextual recall emerges in transformers during pretraining vs. finetuning, examining in-context learning mechanisms for fact retrieval.
Detection framework using LLMs to identify adversarial attacks against human-AI teams, covering data poisoning, prompt injection, and prompt engineering threats.
Method for discovering time-varying causal networks in neural time series without assuming known causal structure a priori.
Theoretical analysis of synchronization gaps in diffusion transformers using coupled Ornstein-Uhlenbeck systems to explain mode interaction hierarchies in the reverse process.
Study of sensitivity in compressed transformers across architectures, identifying which components degrade catastrophically vs. compress well, with formal bounds on error propagation.