IMSE: Intrinsic Mixture of Spectral Experts Fine-tuning for Test-Time Adaptation
Test-time adaptation method using spectral experts in Vision Transformers to handle distribution shift with minimal parameter updates.
Test-time adaptation method using spectral experts in Vision Transformers to handle distribution shift with minimal parameter updates.
Clinical feasibility study of LLM-based conversational AI (AMIE) for patient diagnostic history-taking in real-world primary care workflows with safety assessment.
PostTrainBench benchmark evaluating whether LLM agents can automate post-training of base LLMs into assistants.
OWO-FMTL framework for fair multi-task learning in AI-enabled radio access networks with equitable user performance.
HCAPO framework addressing credit assignment in long-horizon LLM agent tasks using hindsight and value baseline alignment.
SPREAD framework for lifelong imitation learning preserving task representation manifolds across sequential skill acquisition without catastrophic forgetting.
Multi-level meta-reinforcement learning with skill-based curriculum for hierarchical sequential decision-making through MDP compression.
Temporal Markov Transition Field extension handling non-stationary time series by tracking regime changes instead of using global transition matrix.
SoftJAX and SoftTorch extensions enabling informative gradients for hard primitives like thresholding and discrete operations in automatic differentiation frameworks.
GenGNN modular framework for discrete graph generation achieving competitive validity with graph Transformers at 2-5x faster inference speed.
Study of hybrid sequence models combining Transformers and state-space models, analyzing expressivity-efficiency tradeoffs and mechanisms for performance benefits.
Feature selection method for hybrid information systems using fuzzy rough set theory to reduce dimensionality in big data scenarios.
Comprehensive ablation of confidence bounds for selective prediction with risk control, introducing Transfer-Informed Betting for cross-domain uncertainty quantification.
Study of memorization and privacy risks in genomic language models trained on sensitive DNA sequence data, assessing data leakage concerns.
Strong Lottery Ticket method using continuously relaxed Bernoulli gates to find sparse subnetworks in over-parameterized networks without weight training.
Analysis of Mixture-of-Experts inference inefficiency identifying double penalty from microbatch fragmentation and reduced KV cache headroom during decoding.
Semantic Level of Detail introduces continuous resolution control for knowledge graphs via heat kernel diffusion, enabling agents to navigate abstraction levels.
MAcPNN proposes mutual assisted learning for IoT edge devices handling streaming data with temporal dependencies and concept drift without catastrophic forgetting.
MAPLE framework improves medical LLM reasoning by replacing majority voting with process-led alignment in test-time reinforcement learning for clinical decision-making.
Flatness measure for CNN generalization based on Hessian spectrum accounting for convolutional architecture-specific geometric structure.
CALIPER: data-only detector estimating post-drift data size sufficiency for stable model retraining after concept drift in data streams.
Distributed scientific ML approach co-guiding models with hardware and physics constraints for edge processing without central data aggregation.
SCALAR framework coupling LLM planning with deep RL through learned skill libraries, enabling agents to ground language into low-level control with iterative correction.
Simulation-to-decision learning framework addressing prediction errors in simulators through adversarial calibration for reliable policy training in industrial domains.
Dynamic multi-period experts framework for online time series forecasting handling recurring and emergent concept drift.
Learning adaptive decoding policies for LLMs that dynamically select sampling strategies based on prompt difficulty and compute.
Exclusive self-attention mechanism constraining attention to orthogonal information for improved Transformer language modeling.
Finetuned LLM sentiment analysis from news for aluminum price forecasting under different market conditions.
Method to decouple reasoning from confidence in LLM RL training, addressing over-confidence calibration issues.
Causal feature expansion approach for class-incremental learning addressing catastrophic forgetting and feature collisions.
Learning netlist representations from imperfect LLM-generated RTL code for hardware design without large labeled datasets.
Hybrid model combining discrete diffusion and autoregressive language models for improved multi-agent reasoning and planning.
Graph neural network improvement using dual prototype sets to handle global context and noisy local neighborhoods.
Transformer-based signal separator for isolating signals from non-Gaussian interference using learned tokenization.
Game-theoretic approach to multi-agent RL using risk-sensitive equilibrium for robust and efficient agent coordination.
Optimal control formulation for reasoning in language models to enable planning and goal-directed action selection.
Methods for efficient reasoning in Transformers at fixed test-time cost using attention priors and training techniques.
Spiking neural networks for spatiotemporal event-based data classification with improved energy efficiency and temporal decoding.
Theoretical analysis connecting training dynamics in Gaussian mixture models to surrogate systems using Gordon comparison theorem.
Reward-Zero: implicit reward mechanism using language embeddings to derive progress signals for reinforcement learning without explicit reward functions.
Graph neural network model for detecting anomalies across multiple domains with adaptive testing-time mechanisms to handle domain shift.
Dataset condensation method for clinical ML models using synthetic data and differential privacy to democratize healthcare AI while protecting patient privacy.
Contrastive learning approach for attributed hypergraph clustering with direct clustering supervision integration.
SPAARS: offline-to-online RL safety method for robotics using abstract exploration and refined action space exploitation.
Analysis of MDP design choices impact on sim-to-real transfer in reinforcement learning for industrial process control.
Nonparametric off-policy evaluation method for contextual bandits addressing limitations of inverse probability weighting.
Temporal-conditioned normalizing flows framework for multivariate time series anomaly detection with uncertainty modeling.
XLA-compatible state space model inference implementation enabling O(1) autoregressive caching without NVIDIA hardware dependency.
Constraint-based structure learning for Markov and Bayesian networks with unreliable conditional independence oracles.
Optimal control-theoretic framework for transformer training with structured constraints and McKean-Vlasov dynamics.