Angel or Demon: Investigating the Plasticity Interventions' Impact on Backdoor Threats in Deep Reinforcement Learning
Studies impact of plasticity interventions on backdoor attack vulnerabilities in deep reinforcement learning agents.
Studies impact of plasticity interventions on backdoor attack vulnerabilities in deep reinforcement learning agents.
Identifies silent collapse phenomenon in recursive learning systems where models trained on self-generated data degrade undetected by standard metrics.
Statistical results for entropy-regularized inverse reinforcement learning with linear reward classes in finite-horizon MDPs.
Analysis of energy efficiency comparing neural combinatorial optimization solvers to CPU metaheuristics accounting for training costs.
Deep reinforcement learning framework combining HMMs with neural networks for forecasting multivariate hidden Markov processes.
Study of grokking phenomenon showing Transformers achieve fastest validation accuracy at intermediate dataset sizes, not largest ones.
Studies Goldstone-like modes in equivariant deep neural networks, demonstrating how symmetry breaking enables coherent information propagation across layers.
Proposes ReMIA, efficient membership inference attack against synthetic data generators that avoids shadow model overhead for privacy evaluation.
Characterizes tradeoff between reconstruction accuracy, feature efficiency, and interpretability in sparse autoencoders for mechanistic interpretability.
Benchmarks foundation models on clinical EEG tasks and brain-computer interfaces with standardized evaluation protocols addressing dataset and preprocessing variations.
Analyzes task-aware layer pruning effects on model generalization, showing improvements in out-of-distribution accuracy across regression tasks and LLMs.
Proposes value-filtered decoding method to improve LLM safety by selectively steering generation away from unsafe outputs at inference time.
Uses knowledge distillation with cognitive-uncertainty guidance to improve classification of student misconceptions in educational settings.
Investigates compositional sparsity as structural prior enabling deep neural networks to overcome curse of dimensionality using Information Filtering Networks.
Proposes oscillatory data-volume scheduling for efficient model training by dynamically adjusting both sample selection and data volume throughout training.
Model-free offline RL algorithm using Peng's Q-lambda operator for conservative multi-step value estimation without model learning.
Analysis of imbalanced forgetting in class-incremental learning explaining why balanced rehearsal still causes differential class forgetting.
Test-time prompt tuning framework for graph foundation models enabling cross-domain adaptation with trainable auxiliary prompts.
In-context learning approach for censored inventory control using LLM predictions in decision-dependent censoring settings.
Parameter-efficient fine-tuning method improving upon LoRA via isometric global parameter partitioning preserving optimization landscape.
Dynamic weight quantization for LLM inference with quality-targeted adaptive codebooks and sparse outlier separation for efficient deployment.
Fast adversarial attack method eliminating backward pass cost by predicting input gradients from forward hidden states via linear regression.
Framework for standardized explainability evaluation in graph neural networks with emphasis on inherently interpretable models.
Policy distillation method using Voronoi quantization and critic guidance to convert deep RL policies into interpretable surrogate models.
Active learning acquisition function using mutual information framework for multimodal regression with epistemic uncertainty separation.
Post-training quantization methodology for LLMs using Scaled Outer Product achieving near-lossless 4.5-6 bit compression with hardware awareness.
Continual learning method for multimodal LLMs using gradient orthogonalization to mitigate catastrophic forgetting without storing historical data.
Online conformal selection algorithm for efficiently selecting minimal option subsets under limited feedback with pre-specified success probability guarantees.
InfoSFT method for supervised fine-tuning of LLMs using information-aware token weighting to reduce overfitting and minimize policy shift from base model.
Distance-Matrix Wasserstein (DMW) statistics for scalable Gromov-Wasserstein learning on graphs, shapes, and point clouds without common coordinate systems.
Second-order actor-critic methods for reinforcement learning via policy Hessian decomposition, providing curvature-aware updates for faster convergence.
Method for improving sample efficiency in reinforcement learning from verifiable rewards by using randomly selected few-shot guidance for LLM chain-of-thought tasks.
Generalized priority-aware Shapley value (GPASV) extending Shapley value methods to arbitrary directed weighted priority graphs for data valuation.
TopoPrimer framework incorporating global topological structure via persistent homology into time series forecasting models, improving accuracy and handling cold-start problems.
Interpretable latency model for speculative decoding in LLM serving systems, analyzing performance under varying request loads and dynamic batch sizes.
TFGN architecture for continual pre-training of LLMs on heterogeneous text domains without replay buffers or task labels, solving catastrophic forgetting at scale.
DiffusionOPD paradigm for multi-task reinforcement learning on diffusion-based text-to-image models, addressing cross-task interference and catastrophic forgetting.
Croissant Baker tool for automated metadata generation of ML datasets using JSON-LD format, improving dataset discoverability and reproducibility across platforms.
Dynamic Batch-Sensitive Adam optimizer for handling imbalanced and sequential datasets in vehicular accident injury severity prediction tasks.
Variational policy distillation method for reinforcement learning from language feedback, improving sample efficiency on complex reasoning tasks with dense token-level supervision.
Neuro-symbolic approach using large reasoning models to solve reactive synthesis for hardware circuit generation, outperforming traditional formal verification tools.
Foundation models for causal inference with continuous treatments, extending causal estimation beyond binary treatment settings to continuous intervention ranges.
Statistical method for predicting ML model failure rates at deployment scale by extrapolating from largest k failure scores in evaluation sets.
Research on machine unlearning in quantized LLMs showing that 4-bit post-training quantization can reverse unlearning effects, revealing systematic failures in gradient-based forgetting methods.
Adversarial attack exploiting LLM quantization via outlier injection, demonstrating security risks in quantized model deployment.
On-policy self-distillation method providing dense token-level guidance for multi-turn LLM agent reinforcement learning.
Sparse mixture-of-experts routing to mitigate negative transfer in multi-physics foundation models trained on diverse PDE regimes.
Evaluation framework for adaptive AI agents by replaying chronological world events, enabling assessment of real-time adaptation capabilities.
Study of hidden state poisoning attacks against Mamba state space models, demonstrating amnesia effects from adversarial input phrases.
Emotion layer module for Transformer language models to process emotional context beyond sentiment analysis.