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ENTITY graph neural network

graph neural network

PulseAugur coverage of graph neural network — every cluster mentioning graph neural network across labs, papers, and developer communities, ranked by signal.

Total · 30d
55
55 over 90d
Releases · 30d
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Papers · 30d
54
54 over 90d
TIER MIX · 90D
SENTIMENT · 30D

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RECENT · PAGE 1/2 · 31 TOTAL
  1. TOOL · CL_21917 ·

    New framework tests GSSL robustness on noisy biomedical graphs

    Researchers have introduced a new framework, NATD-GSSL, to evaluate and improve the robustness of Graph Self-Supervised Learning (GSSL) methods when applied to noisy, text-derived graphs. Existing GSSL techniques typica…

  2. RESEARCH · CL_21999 ·

    Topological deep learning models struggle to generalize beyond data structure

    Researchers have introduced a new evaluation protocol for topological deep learning models, extending the MANTRA benchmark with more diverse manifold triangulations. Their findings indicate that while graph neural netwo…

  3. RESEARCH · CL_21993 ·

    Federated GNNs sync embeddings to detect subgraph patterns across clients

    Researchers have developed a novel framework for federated subgraph pattern detection, addressing the challenge of decentralized graph data. Their approach involves a per-step, layer-wise exchange of intermediate node r…

  4. TOOL · CL_22125 ·

    AI model trained on 120M physics events improves collision data classification

    Researchers have developed a new foundation model for event classification in high-energy physics, utilizing a Graph Neural Network architecture. This model was pretrained on 120 million simulated proton-proton collisio…

  5. TOOL · CL_22067 ·

    ReMAP framework offers scalable MAP inference for arbitrary-order MRFs

    Researchers have developed ReMAP, a novel framework for scalable Markov Random Field (MRF) inference. This method utilizes a Graph Neural Network to optimize a differentiable relaxation of the MRF energy, enabling gradi…

  6. RESEARCH · CL_22021 ·

    New GNN framework enhances recommender systems with dynamic user similarity

    Researchers have developed a new framework called DG-SA-GNN to improve recommender systems by incorporating dynamic user similarity graphs. This approach addresses limitations of traditional methods that rely on static …

  7. RESEARCH · CL_22010 ·

    New research framework links neural encoder geometry to graph matching accuracy

    Researchers have developed a theoretical framework to understand how the geometry of encoders impacts the quality of neural graph matching, specifically for approximating Graph Edit Distance (GED). Their work connects e…

  8. RESEARCH · CL_25812 ·

    Neural networks possess finite sample complexity, paper shows

    A new paper demonstrates that a wide range of feedforward neural network architectures possess finite sample complexity. This means they can learn effectively in the PAC model, even with unbounded parameters. The findin…

  9. RESEARCH · CL_20597 ·

    GEM framework boosts dialogue state tracking with graph-enhanced experts and ReAct agents

    Researchers have developed GEM, a novel framework for Dialogue State Tracking that combines graph-enhanced mixture-of-experts with ReAct agents. This approach dynamically routes between specialized experts, including a …

  10. TOOL · CL_18633 ·

    AI simulates VC collective decision-making to predict startup success

    Researchers have developed a new collective agent system called SimVC-CAS to predict startup success by simulating venture capital decision-making as a multi-agent interaction process. This system utilizes role-playing …

  11. TOOL · CL_18850 ·

    New research analyzes full-graph vs. mini-batch GNN training

    This paper presents a comprehensive analysis comparing full-graph and mini-batch training for Graph Neural Networks (GNNs). It explores the impact of batch size and fan-out size on GNN convergence and generalization, of…

  12. TOOL · CL_18806 ·

    New attack reconstructs private graph data from GNN explanations

    Researchers have developed a new attack called PRIVX that can reconstruct hidden graph structures from differentially private Graph Neural Network (GNN) explanations. The attack exploits the Gaussian differential privac…

  13. TOOL · CL_18797 ·

    GNN analysis shows EU carbon mechanism shifts electricity prices

    This paper introduces a Graph Neural Network (GNN) framework to analyze the impact of the European Union's Carbon Border Adjustment Mechanism (CBAM) on electricity prices and carbon intensity. The study models a subgrap…

  14. RESEARCH · CL_18287 ·

    Graph Neural Networks Enhance Quantum Architecture Search and Wireless Systems

    Researchers have developed a novel Graph Neural Network (GNN) approach for optimizing spectral and energy efficiency in multi-base station systems with reconfigurable intelligent surfaces. Separately, a new magic-inform…

  15. RESEARCH · CL_18304 ·

    GNNs create hierarchy-aware knowledge graph embeddings for yeast phenotype prediction

    Researchers have developed a novel method using graph neural networks (GNNs) to create hierarchy-aware embeddings for knowledge graphs. This approach incorporates semantic loss derived from ontologies to better represen…

  16. TOOL · CL_16253 ·

    LLMs enhance medical concept representation with text-attributed knowledge graphs

    Researchers have developed MedCo, a framework that uses large language models to enhance medical concept representation within knowledge graphs. This approach addresses limitations in existing medical ontologies by infe…

  17. TOOL · CL_16069 ·

    Federated GNNs boost GDM prediction with privacy-preserving semi-supervised learning

    Researchers have developed a novel federated semi-supervised learning framework called FedTGNN-SS to predict Gestational Diabetes Mellitus (GDM) while preserving data privacy across hospitals. This approach addresses ch…

  18. RESEARCH · CL_15506 ·

    PIEGraph combines physics and GNNs for data-efficient robotic object dynamics

    Researchers have developed PIEGraph, a new method that combines analytical physics with equivariant graph neural networks to learn object dynamics from limited interaction data. This approach improves the physical feasi…

  19. RESEARCH · CL_16297 ·

    SCGNN introduces granular-ball computing for scalable graph representation learning

    Researchers have introduced SCGNN, a novel framework designed to enhance graph neural networks by improving the capture of semantic consistency among nodes. This approach utilizes granular-ball computing (GBC) to effici…

  20. RESEARCH · CL_14402 ·

    New framework uses causal modeling to advance edge classification in graphs

    Researchers have introduced the Causal Edge Classification Framework (CECF), a novel approach to edge classification on graphs. This framework uniquely models edge features as a high-dimensional treatment, accounting fo…