GRASP: group-Shapley feature selection for patients
GRASP framework combining Shapley values and group L21 regularization for interpretable feature selection in medical prediction.
GRASP framework combining Shapley values and group L21 regularization for interpretable feature selection in medical prediction.
Conformal prediction methods for robust uncertainty quantification in clinical EEG classification under distribution shift.
Sample-efficient model evidence estimation using score-based priors and diffusion models for Bayesian inverse imaging problems.
Autoregressive method for generating synthetic sparse and semi-structured JSON data with nested objects and variable-length arrays.
Sparse selective-update RNNs reducing memory decay for efficient long-range sequence modeling in audio/video.
Decoupling reasoning and confidence in LLMs through gradient conflict analysis for improved calibration in verifiable reward learning.
Low-rank correction method for quantized LLMs reducing accuracy degradation in 4-bit representations with minimal overhead.
Expert residency decoupling optimization for efficient MoE LLM serving with improved KV cache utilization.
Memory-augmented event-centric world modeling framework for embodied AI agents in safety-critical environments.
Multi-objective inference-time search using LLMs as optimizer for protein sequence design with structure prediction rewards.
Bounded Ratio Reinforcement Learning framework bridging trust region theory and PPO's clipped objective.
Logistic bandit algorithm achieving optimal regret bounds without context diversity assumptions.
Parameter isolation method inspired by neocortex structure for continual learning without catastrophic forgetting.
Research on AI agents as native artifacts that replace traditional linear scientific papers with branching exploration records.
Energy-aware neural architecture design evaluated across 2,203 experiments incorporating biological constraints into ML optimization.
Machine unlearning approach to remove neural backdoors and defend against trigger-based attacks in learning systems.
Variational inference approach for conditioning diffusion models on masked images to improve inpainting sample quality.
Foreclassing framework automates human decision-making by integrating time series forecasts with prior experience and outcome uncertainty.
OpenClassGen dataset of 324,843 Python classes from 2,970 open-source projects for evaluating and training LLM-based code generation models.
Actor-critic reinforcement learning with transformers for service function chain partitioning in 6G network virtualized network function management.
Statistical framework for online uncertainty-aware preference learning from human feedback to align large models using contextual dynamic information.
FinChain benchmark evaluates chain-of-thought reasoning in financial analysis, emphasizing verifiable intermediate steps beyond final numerical answers.
Integrates logic constraints into generative ML models for networking tasks to enforce rule compliance and improve trustworthiness and controllability.
AutoVDC framework uses vision-language models to automatically identify and clean annotation errors in autonomous driving datasets.
Tracks emergence and consolidation of linguistic representations during LLM pretraining using sparse coding to understand concept acquisition timing.
GraphMend compiler technique eliminates FX graph breaks in PyTorch 2, reducing fallbacks to eager mode and improving compilation performance.
Derives optimal diagonal preconditioning using omega-condition number with pseudoconvex reformulation for improved numerical optimization.
Analyzes length generalization in hierarchical sparse attention models for long-context processing, comparing against transformers and state space models.
RLAAR framework uses curriculum reinforcement learning with verifiable rewards to mitigate Lost-in-Conversation performance degradation in multi-turn LLM interactions.
Theoretical analysis of stochastic gradient descent scaling limits in high-dimensional single-layer networks, studying critical step size regimes.
GroupRank uses LLMs for passage reranking via groupwise paradigm, balancing efficiency and accuracy in information retrieval without pointwise limitations.
Quantum masked autoencoders extend classical masked autoencoders to leverage quantum computing for improved feature learning in vision tasks.
PVeRA proposes probabilistic vector-based random matrix adaptation for efficient finetuning of large foundation models on small datasets and limited compute.
Method to convert pretrained autoregressive language models into efficient diffusion language models for faster parallel generation while maintaining task accuracy.
arXiv paper introducing rule-based activation monitoring for LLM safety detection with improved interpretability and flexibility.
arXiv paper on contrastive learning for 3D multi-view action-conditioned robotic manipulation pretraining to capture spatial information.
arXiv paper analyzing what language models know using NanoChat's open pre-training data to trace parametric knowledge sources.
arXiv paper on diffusion transformer for generating synthetic fraudulent samples in imbalanced datasets using UMAP clustering.
arXiv paper addressing selection bias in LLMs for multiple-choice tasks via permutation-aware group relative policy optimization training.
arXiv paper proposing DDO-RM, a reward learning method that converts reward scores to target distributions via KL-regularized mirror descent.
arXiv paper proposing memory-centric architecture for serving 1M token LLM contexts with low latency by prioritizing memory over GPU compute.
Stripe Link CLI tool enabling AI agents to make secure payments with one-time-use credentials without storing card details.
Microsoft Foundry adds DeepSeek V4 Flash and V4 Pro models for building cost-effective production AI systems.
Analysis of AI value capture shift toward model labs, discussing agentic AI inflection point and token economics.
Technical analysis of KV cache locality inefficiencies in distributed LLM serving causing redundant computation and cost overhead.
Open source harness for generating 3D CAD models using coding agents like Claude and Codex with bundled skills.
MIT research on privacy-preserving AI training methods that run on everyday devices.
Architecture approach for AI agent skills as executable programs with loader specs instead of prompts, addressing software rot and reproducibility.
Open source LLM-powered pipeline extracting claims and events from news, synthesizing timelines and analysis with actor attribution.
Porting microgpt (GPT-2 implementation) from Python to Futhark, a data-parallel language, to improve scalability and performance.