Contrastive Semantic Projection: Faithful Neuron Labeling with Contrastive Examples
Research on neuron labeling for interpretability using contrastive examples to produce faithful textual descriptions of deep network internal units.
Research on neuron labeling for interpretability using contrastive examples to produce faithful textual descriptions of deep network internal units.
Research paper on federated learning frameworks for SPDnet models operating on symmetric positive definite matrices with geometry-preserving aggregation strategies.
Studies nonrobust predictive features in deep medical imaging models. Shows networks learn adversarially vulnerable patterns useful in-distribution.
Variational autoencoder for long-term customer revenue forecasting from sparse transaction data. Combines probabilistic and ML approaches.
Framework aligning dense retrievers with LLM utility via distillation for improved RAG performance. Balances precision and computational cost.
Training method for neural network surrogate models that improves their embedding in optimization problems. Enhances tractability of MILP formulations.
Studies privacy side-channels in ML models via output label space and proposes differentially private continual learning defenses.
LLMPhy framework combines LLMs with physics simulators for physical reasoning and parameter identification in robotic and collision avoidance tasks.
Systematic study of adversarial attacks on behavior cloning policies including BC, LSTM-GMM, IBC, and diffusion-based imitation learning.
Fast approximations of entropic measures like Shannon entropy and KL divergence for physics, information theory, and ML applications.
PreMoE: training-free framework to compile sparse Mixture-of-Experts variants for deployment-specific optimization using predicted expert utility.
Persistent homology characterizes high-dimensional geometry and topology of LLM representation spaces under adversarial inputs.
Pre-trained LLMs learn to model Hidden Markov Model behavior through in-context learning without fine-tuning.
Federated learning framework for nonlinear system identification with theoretical convergence guarantees improving with client count.
Learning-augmented caching algorithm for GPU inference that combines ML predictors with robustness guarantees against prediction errors.
Comprehensive analysis of post-training N:M activation sparsification methods for efficient LLM inference and dynamic compression.
Score-based membership inference attacks on diffusion models using predicted noise vectors with reduced computational overhead.
Atlas-Alignment enables interpretability methods to transfer across different LLMs, reducing cost of model-specific interpretability pipelines.
Belief Net: differentiable filtering framework for learning Hidden Markov Model parameters from sequential data.
AdaFair-MARL enforces adaptive fairness constraints in multi-agent reinforcement learning systems without fixed penalties.
Study on how learning rate decay interacts with curriculum-based pretraining in LLMs, showing data quality utilization inefficiencies.
TreeCoder framework for exploring decoding strategies and constraints in LLM code generation to enforce correctness during inference rather than post-hoc.
Mechanistic interpretability of antibody language models using sparse autoencoders for feature discovery and steering in protein sequence generation.
TS-Arena live forecasting platform for evaluating time series foundation models on unknown future data, addressing train-test contamination issues.
Chain-of-Memory proposes lightweight dynamic external memory for LLM agents with efficient construction and adaptive retrieval-augmented generation.
NSF workshop report on AI for Electronic Design Automation discussing LLMs, GNNs, RL, and neurosymbolic methods for EDA automation.
Task-conditioned latent alignment framework for cross-session neural decoding with limited data via autoencoder-based transfer learning.
Variational Joint Embedding framework for non-contrastive self-supervised learning using symmetric conditional ELBO on paired encoder embeddings.
Regularized meta-learning framework addressing redundancy, multicollinearity, and overfitting in deep ensemble methods through four-stage projection pipeline.
LATMiX introduces learnable affine transformations for post-training quantization of LLMs, extending beyond rotation/Hadamard-based approaches to reduce activation outliers.
Investigates curse of depth in protein language models, comparing depth scaling effects between protein and natural language transformers.
Equivariant asynchronous diffusion method for adaptive denoising schedules in 3D molecular structure generation balancing sequential and hierarchical constraints.
Causal Concept Graphs combine sparse autoencoders with differentiable structure learning to capture causal dependencies between interpretable latent features for multi-step LLM reasoning.
Theoretical framework explaining pattern formation in diffusion models through out-of-equilibrium phase transitions and denoising dynamics instabilities.
SpectralLoRA analyzes spectral structure of LoRA weight updates via DCT, showing low-frequency components dominate adaptation across BERT and RoBERTa models.
SparseBalance addresses load balancing challenges in distributed sparse attention training for long-context LLMs by co-optimizing sequence length heterogeneity and sparsity sensitivity.
MCAP load-time profiling method for memory-constrained LLM inference enabling dynamic precision and tier selection across heterogeneous hardware.
CAP method enables selective knowledge unlearning in closed-source LLMs through controllable alignment prompting without model weight access.
MultiTok tokenization method inspired by LZW compression for variable-length encoding to reduce LLM training resource requirements.
PoLO protocol combines proof-of-learning and proof-of-ownership using chained watermarking with 99% detection accuracy and reduced verification costs.
Survey of deep learning methods for multi-agent human trajectory prediction with applications in robotics, autonomous driving, and crowd modeling.
Formalizes jailbreak oracle problem and introduces principled methods for systematic LLM safety testing and vulnerability assessment.
Proposes robust LLM fingerprinting approach for copyright protection that resists continued training and model theft attacks.
StateX method enhances RNN recall for long-context tasks by expanding fixed-size recurrent state through post-training state expansion.
Addresses compositional reasoning limitations in multimodal AI models by introducing improved evaluation metrics and group matching scoring.
MSDP framework for self-supervised multisensory representation learning combining vision, force, and proprioception for contact-rich robot manipulation.
Selective RoPE: position encoding combining fixed-angle rotations from RoPE with input-dependent selective gating for improved language modeling.
RL approach for parameterized action spaces combining discrete action selection with continuous parameter learning without hand-crafted action models.
Study of whether LLMs as relevance assessors in IR tasks provide correct reasoning, extending research on LLMs as judges for output evaluation.
Self-distillation approach to convert pretrained autoregressive language models to multi-token prediction for faster inference without auxiliary models.