Enhancing Adversarial Transferability through Block Stretch and Shrink
Block Stretch and Shrink method improving adversarial attack transferability through implicit ensemble perspective on model frontend responses.
Block Stretch and Shrink method improving adversarial attack transferability through implicit ensemble perspective on model frontend responses.
CUDA-L2: combines LLMs and RL to automatically optimize HGEMM CUDA kernels, outperforming cuBLAS and torch.matmul on matrix multiplication.
On-policy knowledge distillation method stabilizing training by reformulating targets to address distribution mismatch between student and teacher LLMs.
BalDRO: distributionally robust optimization framework for LLM unlearning addressing sample-wise imbalance in forgetting difficulty.
TimeSAE: sparse decoding method providing causal explanations for black-box time series models with out-of-distribution generalization.
HyperNet-Adaptation framework using diffusion models for generating realistic test cases for deep learning systems beyond simple adversarial perturbations.
Spectral Filtering Operator (SFO): neural operator for solving PDEs using Universal Spectral Basis to capture long-range nonlocal interactions.
TIC-FM: in-context learning framework for zero-shot time series classification using foundation models without task-specific training.
CoGenCast: generative framework combining autoregressive LLMs and flow models for time series forecasting with semantic and stochastic modeling.
INFORM: interpretability framework for analyzing multi-LLM orchestration policies, decoupling expert interaction structure from intrinsic importance in collaborative reasoning systems.
Information-theoretic analysis of the trade-off between utility and fairness (separation) in predictive models, proving Pareto frontier concavity.
Benchmark and toolkit for evaluating sparse autoencoders using large-scale synthetic data with realistic features.
Knowledge distillation method for compressing chain-of-thought reasoning from large LLMs to smaller models using structure-aware masking.
Transformer architecture extension enabling multi-step reasoning by allowing information flow across layers, addressing fixed-depth computation limits.
Analysis of machine learning platform dynamics when users select between competing learners, studying convergence and model specialization.
GenGNN message-passing backbone for discrete graph generation using coupled node-edge refinement without graph transformers.
Deployment-focused evaluation protocol for selecting time-series anomaly detectors suitable for automotive applications.
Demonstrates vision-language-action models naturally handle continual learning with sequential fine-tuning and RL.
Shows chain-of-thought reasoning in vision-language models degrades uncertainty quantification reliability.
Critical damping-based momentum schedule for SGD achieving faster convergence without hyperparameter tuning.
Framework for selecting LLM-generated code using test voting consistency without determining individual test correctness.
Retrieval method using multiple query vectors simultaneously via anomalous pattern detection for complex reasoning tasks.
Attribution-guided approach for continual learning in LLMs that identifies and preserves parameters storing important knowledge.
Federated learning framework handling heterogeneous client architectures and data distributions via server-side personalization.
Benchmark using Capture The Flag challenges to evaluate LLM agents on cybersecurity tasks with contamination safeguards.
Decoding-time steering method for LLMs that selectively applies safety constraints without unnecessary interventions.
Post-training pruning method for reducing LLM inference costs by removing model parameters while maintaining performance.
Investigates how teacher-student capacity ratios affect knowledge distillation effectiveness in ResNet image classification on CIFAR-10.
Neural processes model using Fourier transforms and Volterra series for learning latent functions from irregular measurements with translation equivariance.
Representational bootstrap framework for analyzing adaptive biological systems beyond aggregate performance metrics.
Privacy framework for federated learning with heterogeneous differential privacy budgets, addressing gradient pattern leakage in client updates.
Analysis of KL-regularized reinforcement learning under function approximation with model misspecification, extending bounds to non-realizable settings.
Theoretical framework (TBER) examining how new representational levels emerge in learning systems when existing representations become insufficient for explanation.
Research on prompt injection attacks against RAG-based LLM recommendation systems, revealing how safety training causes injected prompts to suppress target brands.
Theoretical analysis of gradient descent dynamics in ReLU networks revealing layerwise Gram metrics hierarchy through activation field dynamics.
VER framework for detecting inadequate structure in learned representations beyond standard evaluation metrics, monitoring representational sufficiency.
Gefen: memory-efficient optimizer reducing AdamW footprint by ~8x through moment state sharing and learned quantization for large-scale pretraining.
FAST: parallel reinforcement learning framework addressing sampling efficiency bottlenecks in autonomous driving through straggler effect mitigation.
Multi-agent routing benchmark from WildChat with 3,000 prompts and cost-aware evaluation protocol for set-valued prediction of tool/agent selection.
Looped Transformers: recurrent architecture bridging latent and explicit reasoning in language models, achieving competitive performance with better efficiency.
DemoPSD: self-distillation method for training LLMs to reason by modulating policy disagreement, reducing overfitting and improving generalization.
Method extracting directional curvature information from Armijo backtracking line search as low-cost sharpness probe for adaptive learning rate safeguards.
Study showing reinforcement learning for vision-language model adaptation exhibits catastrophic forgetting, challenging assumptions about RL continual learning.
Theoretical analysis establishing minimum block width requirements for universal approximation in residual neural networks with inner width one.
Layer-parallel inference technique for encrypted Transformer computation using structured Newton methods to reduce FHE bottlenecks.
Training-free acceleration method for diffusion and flow matching models using x-prediction to reduce neural function evaluations during sampling.
Meta-learning approach to train neural network optimizers that outperform hand-designed optimizers like Adam, improving long-horizon training efficiency.
Learnable spectral positional encodings for directed graphs using Hermitian block Krylov subspaces, addressing eigendecomposition efficiency.
Bayesian decision-making framework for experimental design under adversarial uncertainty, focusing on reliable downstream decision-making.
HiQA proposes hierarchical contextual augmentation for retrieval-augmented generation in multi-document question-answering, improving accuracy and reducing hallucinations in LLM responses.