TimeTox: An LLM-Based Pipeline for Automated Extraction of Time Toxicity from Clinical Trial Protocols
TimeTox: LLM-based pipeline using Gemini for automated time toxicity extraction from clinical trial protocols.
TimeTox: LLM-based pipeline using Gemini for automated time toxicity extraction from clinical trial protocols.
Generalized Discrete Diffusion from Snapshots framework supporting arbitrary noising processes over discrete state spaces.
Comprehensive efficiency comparison of 16 language models across NLP tasks with novel Performance-Efficiency Ratio metric.
Analysis of instruction-tuned LLM failure modes showing error detection gaps across architectures.
Comparative study of PEFT and quantization techniques for fine-tuning BERTimbau on Portuguese QA tasks.
DRTriton: Synthetic data reinforcement learning pipeline for automatic CUDA kernel generation from PyTorch.
CataractSAM-2: Domain-adapted Segment Anything Model 2 for surgical video segmentation and automated annotation.
PRISM: Photonic accelerator design achieving O(1) memory access for long-context LLM inference via block selection.
Federated learning framework for privacy-preserving multi-camera video understanding across heterogeneous viewpoints.
Comparative study of memorization mechanisms across multiple LLM model series including Pythia and OpenLLaMa.
Memory-efficient zeroth-order optimization method with adaptive curvature guidance for fine-tuning large language models.
Framework for model selection and evaluation of hybrid quantum-classical transformer architectures.
Automated data augmentation algorithm using control theory principles for dynamic adjustment during image model training.
Adaptive approach for selecting LoRA ranks per layer in diffusion model fine-tuning for personalized image generation.
Dataset and methods for improving security alignment and robustness of large language models against adversarial attacks.
RAFL learns residual acceleration fields to reduce sim-to-real gap in soft robot control with differentiable simulators.
MAGPI augments Gaussian processes with multifidelity data to improve surrogate modeling accuracy from limited high-fidelity observations.
AnimalCLAP combines taxonomy-aware training with language-audio pretraining for species recognition and trait inference from vocalizations.
SpecTM applies physics-informed spectral masking to Earth observation foundation models for trustworthy band reconstruction in remote sensing.
Uses determinantal point processes for efficient data curation to select informative atomic configurations for ML interatomic potential training.
Evaluates reliability and fidelity of using LLMs as judges for automated assessment of victim ML model outputs and quality.
Gumbel Distillation enables parallel decoders to match autoregressive LLM quality by learning joint token distributions via novel distillation.
GEM-Rec unifies semantic and commercial retrieval in generative recommender systems by incorporating bid-awareness for monetization.
Analyzes two concurrent mechanisms in VLMs for spatial reasoning: content-independent spatial tokens and language-based spatial relations.
ThinkJEPA combines V-JEPA latent world models with vision-language models for improved long-horizon semantic reasoning in video prediction.
UNITE enables end-to-end training of latent diffusion models with unified tokenization without separate staging phases.
WorldCache accelerates video diffusion Transformers via physics-aware feature caching across denoising steps with content-aware strategies.
Analyzes approximation quality of random Fourier features for Gaussian kernel RKHS embeddings with relative error bounds.
Generalizes policy mirror descent for RL over continuous/general state and action spaces with convergence guarantees.
Introduces continual federated learning with generative replay for incremental task learning across distributed clients without storing history data.
Theoretical analysis of geometric imbalance problem in semi-supervised graph node classification on imbalanced datasets.
FHE-compatible neural architectures using modified Transformers and RNNs for privacy-preserving ML with reduced computational complexity.
Extends Hessian-free influence functions for deep models, enabling sample importance assessment for interpretation and noisy label detection.
Reveals absorbing discrete diffusion models implicitly model conditional distributions via concrete score functions for language modeling.
Automated modular robot design generation using LLMs and evolutionary algorithms with grammar-based representation and RL refinement.
Policy gradient methods with novel advantage gap termination criterion achieving strongly-polynomial convergence independent of optimal policy distribution.
Meta-transfer learning with temporal graph networks for real estate valuation across cities with limited data.
Deep operator networks for discovering hidden physics laws and system parameters from sparse observations without retraining.
Analyzes Local-SGD/FedAvg convergence for overparameterized models in distributed training with local update steps.
Investigates sample complexity cost of achieving replicable active learning algorithms across independent runs.
Probabilistic neural network with incremental learning and unlearning capabilities using automatic construction without hyperparameter tuning.
Hyperdimensional computing approach for causal effect estimation from observational data with network confounding and interference.
Simplifies RLHF for LLM alignment by reformulating as supervised learning, reducing complexity and computational cost of PPO/GRPO methods.
Multi-modal time series prediction framework combining prototype encoders with three LLMs for improved accuracy and explainability.
Applies reinforcement learning to insurance loss reserving under macroeconomic constraints using CVaR and PPO optimization.
Educational implementation of AlphaZero reinforcement learning framework addressing complexity and reproducibility challenges for broader accessibility.
Analyzes Transformers through evolutionary biology lens, examining in-weight learning vs in-context learning as complementary inference strategies.
Compares uniform loss vs specialized optimizers in multi-task learning, examining whether equal weighting can match task-specific optimization with proper hyperparameters.
SSR: Training-free framework for parallel decoding in LLMs, improving efficiency of test-time scaling reasoning.
Intuitor: LLM reasoning method using internal confidence signals for RL without external rewards or labeled data.