#graphneuralnetwork search results

"Masked Attention is All You Need for Graphs" by @davidbuterez , Jon Paul Janet, @DinoOglic, and @pl219_Cambridge Paper: arxiv.org/abs/2402.10793 #graphneuralnetwork #geometricdeeplearning

neribr's tweet image. "Masked Attention is All You Need for Graphs" by @davidbuterez , Jon Paul Janet, @DinoOglic, and @pl219_Cambridge

Paper: arxiv.org/abs/2402.10793
#graphneuralnetwork #geometricdeeplearning

Check this newly published article "#IndustrialInternetofThings #IntrusionDetection System Based on #GraphNeuralNetwork" at brnw.ch/21wWOZc Authors: Siqi Yang et al. #mdpisymmetry @ComSciMath_Mdpi

Symmetry_MDPI's tweet image. Check this newly published article "#IndustrialInternetofThings #IntrusionDetection System Based on #GraphNeuralNetwork" at brnw.ch/21wWOZc
Authors: Siqi Yang et al.
#mdpisymmetry
@ComSciMath_Mdpi

SpatialGlue Spatial multi-omics integration #GraphNeuralNetwork Intra-modality + Inter-modality dual-attention spatial epigenome (ATACseq, CUT&Tag)–transcriptome (Stereo-CITE-seq)–proteome (SPOTS) vs Seurat totalVI MultiVI MOFA+ MEFISTO scMM StabMap Likely also works on…

HaoYin20's tweet image. SpatialGlue
Spatial multi-omics integration
#GraphNeuralNetwork
Intra-modality + Inter-modality dual-attention

spatial epigenome (ATACseq, CUT&Tag)–transcriptome (Stereo-CITE-seq)–proteome (SPOTS)

vs Seurat totalVI MultiVI MOFA+ MEFISTO scMM StabMap

Likely also works on…

🧠 Graph Neural Network Learning on the Pediatric Structural Connectome Exploring how GNNs can model the developing brain’s connectivity and advance pediatric neuroimaging. 🔗 brnw.ch/21wWpch #Neuroimaging #GraphNeuralNetwork #AI #PediatricResearch

Tomography_MDPI's tweet image. 🧠 Graph Neural Network Learning on the Pediatric Structural Connectome

Exploring how GNNs can model the developing brain’s connectivity and advance pediatric neuroimaging.
🔗 brnw.ch/21wWpch

#Neuroimaging #GraphNeuralNetwork #AI #PediatricResearch

🔥 Read our Highly Cited Paper 📚Product Demand #Prediction with Spatial Graph Neural Networks 🔗mdpi.com/2076-3417/14/1… 👨‍🔬by Jiale Li et al. @nyuniversity #demandprediction #GraphNeuralNetwork

Applsci's tweet image. 🔥 Read our Highly Cited Paper
📚Product Demand #Prediction with Spatial Graph Neural Networks
🔗mdpi.com/2076-3417/14/1…
👨‍🔬by Jiale Li et al.
@nyuniversity
#demandprediction #GraphNeuralNetwork

🔥 Read our Highly Cited Paper 📚Ransomware Detection Model Based on Adaptive #GraphNeuralNetwork Learning 🔗mdpi.com/2076-3417/14/1… 👨‍🔬by Jun Li et al. 🏫Beijing Information Science & Technology University #adaptivediffusionconvolution #deeplearning

Applsci's tweet image. 🔥 Read our Highly Cited Paper
📚Ransomware Detection Model Based on Adaptive #GraphNeuralNetwork Learning
🔗mdpi.com/2076-3417/14/1…
👨‍🔬by Jun Li et al.
🏫Beijing Information Science & Technology University
#adaptivediffusionconvolution #deeplearning

2/ @PondGNN is building a #decentralized #GraphNeuralNetwork (GNN) model for #Web3. 🛸What does it mean? This model is designed to learn on-chain behaviors and predict future behaviors. 🗣️We are talking about the first of its kind and will support crypto-native use cases such…

gabekoin's tweet image. 2/ @PondGNN is building a #decentralized #GraphNeuralNetwork (GNN) model for #Web3. 

🛸What does it mean? This model is designed to learn on-chain behaviors and predict future behaviors. 

🗣️We are talking about the first of its kind and will support crypto-native use cases such…

2/ A @PondGNN está construindo um modelo #descentralizado #GraphNeuralNetwork (GNN) para #Web3. 🛸O que isso significa? Este modelo foi projetado para aprender comportamentos na cadeia e prever comportamentos futuros.

phalaportugues's tweet image. 2/ A @PondGNN está construindo um modelo #descentralizado #GraphNeuralNetwork (GNN) para #Web3.

🛸O que isso significa? Este modelo foi projetado para aprender comportamentos na cadeia e prever comportamentos futuros.

#TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…

TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…
TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…
TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…

Imaging-based #SpatialTranscriptomics #Segmentation Segger 👉Attention-based #GraphNeuralNetwork 👉Learn a transcript-cell/boundary joint latent space 👉Unassigned transcripts➡️fragments➡️ median 20 transcripts/fragment vs 50 transcripts/cell elihei2.github.io/segger_dev/ vs Baysor…

HaoYin20's tweet image. Imaging-based #SpatialTranscriptomics #Segmentation

Segger
👉Attention-based #GraphNeuralNetwork
👉Learn a transcript-cell/boundary joint latent space
👉Unassigned transcripts➡️fragments➡️
median 20 transcripts/fragment vs 50 transcripts/cell

elihei2.github.io/segger_dev/

vs Baysor…

Exciting news from @CDFM_IITD: Kushal has received the Overseas Visiting Doctoral Fellowship (OVDF) from @serbonline and moving to @LifeAtPurdue this week to work with the @ArunKumarMK20 group. He will work on #GraphNeuralNetwork-based models for materials discovery. @iitdelhi

dibyajyoti1988's tweet image. Exciting news from @CDFM_IITD:  Kushal has received the Overseas Visiting Doctoral Fellowship (OVDF) from @serbonline  and moving to @LifeAtPurdue this week to work with the @ArunKumarMK20 group. He will work on #GraphNeuralNetwork-based models for materials discovery. @iitdelhi

Learn how to scale #GraphLearning with a #microservices approach in our upcoming webinar hubs.ly/Q01H3ClC0 #GraphNeuralNetwork

Kumo_ai_team's tweet image. Learn how to scale #GraphLearning with a #microservices approach in our upcoming webinar hubs.ly/Q01H3ClC0 
#GraphNeuralNetwork

Our AI-driven structural design platform just got even better with the new Graph Neural Network (GNN) module. Experience the power of generative AI in structural design like never before. #GraphNeuralNetwork #GenerativeAI ai-structure.com

XinzhengLu's tweet image. Our AI-driven structural design platform just got even better with the new Graph Neural Network (GNN) module. Experience the power of generative AI in structural design like never before. #GraphNeuralNetwork #GenerativeAI
ai-structure.com

Join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01J51rn0 #GraphNeuralNetwork

Kumo_ai_team's tweet image. Join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01J51rn0 
#GraphNeuralNetwork

Tomorrow, Tues 4th join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01K23r_0 #GraphNeuralNetwork

Kumo_ai_team's tweet image. Tomorrow, Tues 4th join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01K23r_0 
#GraphNeuralNetwork

Reinventing #geneexpression connectivity through regulatory and spatial structural empowerment via principal node aggregation #graphneuralnetwork doi.org/10.1093/nar/gk…

mceccarelli's tweet image. Reinventing #geneexpression connectivity through regulatory and spatial structural empowerment via principal node aggregation #graphneuralnetwork doi.org/10.1093/nar/gk…

Join us for webinar tomorrow! Breaking down the black box of "explainability" in #GraphNeuralNetwork models in production hubs.ly/Q01MyJSX0 #GraphLearning #DeepLearning

Kumo_ai_team's tweet image. Join us for webinar tomorrow!  Breaking down the black box of "explainability" in #GraphNeuralNetwork models in production hubs.ly/Q01MyJSX0 #GraphLearning #DeepLearning

Learn how to break down the black box of #GraphLearning #explainability, in this webinar we deep dive into explainability in #GraphNeuralNetwork models in production hubs.ly/Q01KrkqM0

Kumo_ai_team's tweet image. Learn how to break down the black box of #GraphLearning #explainability, in this webinar we deep dive into explainability in #GraphNeuralNetwork models in production hubs.ly/Q01KrkqM0

Interested in learning how to write your first #GraphNeuralNetwork? Take this training focused on enabling streamlined graph #AI workflows and capabilities. Watch on-demand: nvda.ws/47mZlzN

NVIDIAAIDev's tweet image. Interested in learning how to write your first #GraphNeuralNetwork? Take this training focused on enabling streamlined graph #AI workflows and capabilities.

Watch on-demand: nvda.ws/47mZlzN

Check this newly published article "#IndustrialInternetofThings #IntrusionDetection System Based on #GraphNeuralNetwork" at brnw.ch/21wWOZc Authors: Siqi Yang et al. #mdpisymmetry @ComSciMath_Mdpi

Symmetry_MDPI's tweet image. Check this newly published article "#IndustrialInternetofThings #IntrusionDetection System Based on #GraphNeuralNetwork" at brnw.ch/21wWOZc
Authors: Siqi Yang et al.
#mdpisymmetry
@ComSciMath_Mdpi

🧠 Graph Neural Network Learning on the Pediatric Structural Connectome Exploring how GNNs can model the developing brain’s connectivity and advance pediatric neuroimaging. 🔗 brnw.ch/21wWpch #Neuroimaging #GraphNeuralNetwork #AI #PediatricResearch

Tomography_MDPI's tweet image. 🧠 Graph Neural Network Learning on the Pediatric Structural Connectome

Exploring how GNNs can model the developing brain’s connectivity and advance pediatric neuroimaging.
🔗 brnw.ch/21wWpch

#Neuroimaging #GraphNeuralNetwork #AI #PediatricResearch

Urakawa, G., Fukuda, T., Yabuki, N. (2025). Automatic Floor Plan Generation System Using Graph Neural Networks Considering Room Type Information with Building Exterior Walls as Constraints, eCAADe 2025 #GraphNeuralNetwork #GraphReconstructionandGeneration #BuildingComponents


🔥 Read our Highly Cited Paper 📚Product Demand #Prediction with Spatial Graph Neural Networks 🔗mdpi.com/2076-3417/14/1… 👨‍🔬by Jiale Li et al. @nyuniversity #demandprediction #GraphNeuralNetwork

Applsci's tweet image. 🔥 Read our Highly Cited Paper
📚Product Demand #Prediction with Spatial Graph Neural Networks
🔗mdpi.com/2076-3417/14/1…
👨‍🔬by Jiale Li et al.
@nyuniversity
#demandprediction #GraphNeuralNetwork

🔥 Read our Highly Cited Paper 📚Ransomware Detection Model Based on Adaptive #GraphNeuralNetwork Learning 🔗mdpi.com/2076-3417/14/1… 👨‍🔬by Jun Li et al. 🏫Beijing Information Science & Technology University #adaptivediffusionconvolution #deeplearning

Applsci's tweet image. 🔥 Read our Highly Cited Paper
📚Ransomware Detection Model Based on Adaptive #GraphNeuralNetwork Learning
🔗mdpi.com/2076-3417/14/1…
👨‍🔬by Jun Li et al.
🏫Beijing Information Science & Technology University
#adaptivediffusionconvolution #deeplearning

HybridGNN: A #SelfSupervised #GraphNeuralNetwork for Efficient Maximum Matching in Bipartite Graphs ✏️ Chun-Hui Pan et al. 🔗 brnw.ch/21wUFu9 Viewed: 2475; Cited: 8 #mdpisymmetry

Symmetry_MDPI's tweet image. HybridGNN: A #SelfSupervised #GraphNeuralNetwork for Efficient Maximum Matching in Bipartite Graphs
✏️ Chun-Hui Pan et al.
🔗 brnw.ch/21wUFu9
Viewed: 2475; Cited: 8
#mdpisymmetry

🌱☀️ New paper in @Build_Env! We pitted a vanilla RNN against a directed #GraphNeuralNetwork on 15-min agrivoltaic greenhouse data: Know when to go graph and when a simple sequence net is enough. Check it at 🔗 doi.org/10.1016/j.buil… #Agrivoltaics #DigitalTwin


#TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…

TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…
TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…
TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…

🔊Paper Alert! "Towards a Gated #GraphNeuralNetwork with an Attention Mechanism for Audio Features with a Situation Awareness Application" 🔗mdpi.com/2079-9292/14/1… Presents a novel Gated Graph Neural Network enhanced by an attention mechanism to process complex audio features.


New #SpecialIssue "Graph Neural Networks and Transformers for Intelligent Data-Driven Systems", edited by Dr. Xiaodi Huang. Deadline is 31 December 2026. Submissions are welcome until deadline! mdpi.com/journal/inform… #graphneuralnetwork #knowledgediscovery @ComSciMath_Mdpi

InformationMDPI's tweet image. New #SpecialIssue "Graph Neural Networks and Transformers for Intelligent Data-Driven Systems", edited by Dr. Xiaodi Huang.

Deadline is 31 December 2026. Submissions are welcome until deadline! 
mdpi.com/journal/inform…
#graphneuralnetwork
#knowledgediscovery
@ComSciMath_Mdpi

Assessing Sensor Integrity for Nuclear Waste Monitoring Using Graph Neural Networks mdpi.com/1424-8220/24/5… #graphneuralnetwork

Sensors_MDPI's tweet image. Assessing   Sensor Integrity for Nuclear Waste Monitoring Using Graph Neural Networks 
mdpi.com/1424-8220/24/5…
#graphneuralnetwork

🔥 Read our Paper 📚 Product Demand Prediction with Spatial Graph Neural Networks 🔗 mdpi.com/2076-3417/14/1… 👨‍🔬 by Jiale Li,Li Fan,Xuran Wang,Tiejiang Sun andMengjie Zhou. @nyuniversity #demandprediction #GraphNeuralNetwork #spatialinformation

Applsci's tweet image. 🔥 Read our Paper
📚 Product Demand Prediction with Spatial Graph Neural Networks
🔗 mdpi.com/2076-3417/14/1…
👨‍🔬 by Jiale Li,Li Fan,Xuran Wang,Tiejiang Sun andMengjie Zhou.
@nyuniversity
#demandprediction #GraphNeuralNetwork #spatialinformation

Imaging-based #SpatialTranscriptomics #Segmentation Segger 👉Attention-based #GraphNeuralNetwork 👉Learn a transcript-cell/boundary joint latent space 👉Unassigned transcripts➡️fragments➡️ median 20 transcripts/fragment vs 50 transcripts/cell elihei2.github.io/segger_dev/ vs Baysor…

HaoYin20's tweet image. Imaging-based #SpatialTranscriptomics #Segmentation

Segger
👉Attention-based #GraphNeuralNetwork
👉Learn a transcript-cell/boundary joint latent space
👉Unassigned transcripts➡️fragments➡️
median 20 transcripts/fragment vs 50 transcripts/cell

elihei2.github.io/segger_dev/

vs Baysor…

Dell's new patent appl. #US20250124082A1 reveals a method for processing workflow charts using graph neural networks & language models. This tech encodes chart structures & trains models for effective natural language outputs. #WorkflowInnovation #GraphNeuralNetwork #Dell $DELL

PatentPulse's tweet image. Dell's new patent appl. #US20250124082A1 reveals a method for processing workflow charts using graph neural networks & language models. This tech encodes chart structures & trains models for effective natural language outputs. #WorkflowInnovation #GraphNeuralNetwork #Dell $DELL

😉Check out the new paper from JMI Topic: An optimized strategy for density prediction of intermetallics across varied crystal structures via graph neural network 🔗oaepublish.com/articles/jmi.2… #MachineLearning, #GraphNeuralNetwork

OAE_JMaterInf's tweet image. 😉Check out the new paper from JMI
Topic: An optimized strategy for density prediction of intermetallics across varied crystal structures via graph neural network
🔗oaepublish.com/articles/jmi.2…
#MachineLearning,  #GraphNeuralNetwork

📣Deal of the Day📣 Feb 23 SAVE 45% TODAY ONLY! Graph Neural Networks in Action & selected titles: mng.bz/WrEx @keitabr @nrstillman Now in print! A hands-on guide to powerful graph-based deep learning models. #graphneuralnetwork #gnn

ManningBooks's tweet image. 📣Deal of the Day📣 Feb 23

SAVE 45% TODAY ONLY! 

Graph Neural Networks in Action & selected titles: mng.bz/WrEx @keitabr @nrstillman

Now in print! A hands-on guide to powerful graph-based deep learning models. #graphneuralnetwork #gnn

🌐"ICoN: Integration using co-attention across biological networks" introduces an unsupervised #GraphNeuralNetwork model to create robust protein representations from diverse networks. doi.org/10.1093/bioadv… #ProteinResearch @t_m_murali

BioinfoAdv's tweet image. 🌐"ICoN: Integration using co-attention across biological networks" introduces an unsupervised #GraphNeuralNetwork model to create robust protein representations from diverse networks. 
doi.org/10.1093/bioadv…  
#ProteinResearch @t_m_murali

"Masked Attention is All You Need for Graphs" by @davidbuterez , Jon Paul Janet, @DinoOglic, and @pl219_Cambridge Paper: arxiv.org/abs/2402.10793 #graphneuralnetwork #geometricdeeplearning

neribr's tweet image. "Masked Attention is All You Need for Graphs" by @davidbuterez , Jon Paul Janet, @DinoOglic, and @pl219_Cambridge

Paper: arxiv.org/abs/2402.10793
#graphneuralnetwork #geometricdeeplearning

SpatialGlue Spatial multi-omics integration #GraphNeuralNetwork Intra-modality + Inter-modality dual-attention spatial epigenome (ATACseq, CUT&Tag)–transcriptome (Stereo-CITE-seq)–proteome (SPOTS) vs Seurat totalVI MultiVI MOFA+ MEFISTO scMM StabMap Likely also works on…

HaoYin20's tweet image. SpatialGlue
Spatial multi-omics integration
#GraphNeuralNetwork
Intra-modality + Inter-modality dual-attention

spatial epigenome (ATACseq, CUT&Tag)–transcriptome (Stereo-CITE-seq)–proteome (SPOTS)

vs Seurat totalVI MultiVI MOFA+ MEFISTO scMM StabMap

Likely also works on…

🔥 Read our Highly Cited Paper 📚Product Demand #Prediction with Spatial Graph Neural Networks 🔗mdpi.com/2076-3417/14/1… 👨‍🔬by Jiale Li et al. @nyuniversity #demandprediction #GraphNeuralNetwork

Applsci's tweet image. 🔥 Read our Highly Cited Paper
📚Product Demand #Prediction with Spatial Graph Neural Networks
🔗mdpi.com/2076-3417/14/1…
👨‍🔬by Jiale Li et al.
@nyuniversity
#demandprediction #GraphNeuralNetwork

🧠 Graph Neural Network Learning on the Pediatric Structural Connectome Exploring how GNNs can model the developing brain’s connectivity and advance pediatric neuroimaging. 🔗 brnw.ch/21wWpch #Neuroimaging #GraphNeuralNetwork #AI #PediatricResearch

Tomography_MDPI's tweet image. 🧠 Graph Neural Network Learning on the Pediatric Structural Connectome

Exploring how GNNs can model the developing brain’s connectivity and advance pediatric neuroimaging.
🔗 brnw.ch/21wWpch

#Neuroimaging #GraphNeuralNetwork #AI #PediatricResearch

Learn how to scale #GraphLearning with a #microservices approach in our upcoming webinar hubs.ly/Q01H3ClC0 #GraphNeuralNetwork

Kumo_ai_team's tweet image. Learn how to scale #GraphLearning with a #microservices approach in our upcoming webinar hubs.ly/Q01H3ClC0 
#GraphNeuralNetwork

2/ A @PondGNN está construindo um modelo #descentralizado #GraphNeuralNetwork (GNN) para #Web3. 🛸O que isso significa? Este modelo foi projetado para aprender comportamentos na cadeia e prever comportamentos futuros.

phalaportugues's tweet image. 2/ A @PondGNN está construindo um modelo #descentralizado #GraphNeuralNetwork (GNN) para #Web3.

🛸O que isso significa? Este modelo foi projetado para aprender comportamentos na cadeia e prever comportamentos futuros.

Join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01J51rn0 #GraphNeuralNetwork

Kumo_ai_team's tweet image. Join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01J51rn0 
#GraphNeuralNetwork

Tomorrow, Tues 4th join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01K23r_0 #GraphNeuralNetwork

Kumo_ai_team's tweet image. Tomorrow, Tues 4th join us for an in-depth session on scaling #GraphLearning with a #microservices architecture hubs.ly/Q01K23r_0 
#GraphNeuralNetwork

Learn how to break down the black box of #GraphLearning #explainability, in this webinar we deep dive into explainability in #GraphNeuralNetwork models in production hubs.ly/Q01KrkqM0

Kumo_ai_team's tweet image. Learn how to break down the black box of #GraphLearning #explainability, in this webinar we deep dive into explainability in #GraphNeuralNetwork models in production hubs.ly/Q01KrkqM0

#TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…

TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…
TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…
TsinghuaSIGS's tweet image. #TsinghuaSIGS Associate Prof. Ren Zhengru’s team unleashes a multi-task #GraphNeuralNetwork to forecast wind speed & dynamic wind-shear for offshore wind farms—cutting costly met-masts & boosting green energy! 👉 doi.org/10.1016/j.inff…

🔥 Read our Highly Cited Paper 📚Ransomware Detection Model Based on Adaptive #GraphNeuralNetwork Learning 🔗mdpi.com/2076-3417/14/1… 👨‍🔬by Jun Li et al. 🏫Beijing Information Science & Technology University #adaptivediffusionconvolution #deeplearning

Applsci's tweet image. 🔥 Read our Highly Cited Paper
📚Ransomware Detection Model Based on Adaptive #GraphNeuralNetwork Learning
🔗mdpi.com/2076-3417/14/1…
👨‍🔬by Jun Li et al.
🏫Beijing Information Science & Technology University
#adaptivediffusionconvolution #deeplearning

Imaging-based #SpatialTranscriptomics #Segmentation Segger 👉Attention-based #GraphNeuralNetwork 👉Learn a transcript-cell/boundary joint latent space 👉Unassigned transcripts➡️fragments➡️ median 20 transcripts/fragment vs 50 transcripts/cell elihei2.github.io/segger_dev/ vs Baysor…

HaoYin20's tweet image. Imaging-based #SpatialTranscriptomics #Segmentation

Segger
👉Attention-based #GraphNeuralNetwork
👉Learn a transcript-cell/boundary joint latent space
👉Unassigned transcripts➡️fragments➡️
median 20 transcripts/fragment vs 50 transcripts/cell

elihei2.github.io/segger_dev/

vs Baysor…

Join us for webinar tomorrow! Breaking down the black box of "explainability" in #GraphNeuralNetwork models in production hubs.ly/Q01MyJSX0 #GraphLearning #DeepLearning

Kumo_ai_team's tweet image. Join us for webinar tomorrow!  Breaking down the black box of "explainability" in #GraphNeuralNetwork models in production hubs.ly/Q01MyJSX0 #GraphLearning #DeepLearning

2/ @PondGNN is building a #decentralized #GraphNeuralNetwork (GNN) model for #Web3. 🛸What does it mean? This model is designed to learn on-chain behaviors and predict future behaviors. 🗣️We are talking about the first of its kind and will support crypto-native use cases such…

gabekoin's tweet image. 2/ @PondGNN is building a #decentralized #GraphNeuralNetwork (GNN) model for #Web3. 

🛸What does it mean? This model is designed to learn on-chain behaviors and predict future behaviors. 

🗣️We are talking about the first of its kind and will support crypto-native use cases such…

👉👉👉 #Landslide Displacement #Prediction via Attentive #GraphNeuralNetwork ✍️ Ping Kuang et al. 📎 brnw.ch/21wNKGQ

RemoteSens_MDPI's tweet image. 👉👉👉 #Landslide Displacement #Prediction via Attentive #GraphNeuralNetwork

✍️ Ping Kuang et al.
📎 brnw.ch/21wNKGQ

Your June demo agenda is ready!!📓 Take a look at participating in any of these demos for FREE!! okt.to/SZR5Yu #GraphNeuralNetwork #Neo4j #GraphDataScience #graphdatabase #demos

neo4j's tweet image. Your June demo agenda is ready!!📓

Take a look at participating in any of these demos for FREE!!

okt.to/SZR5Yu

#GraphNeuralNetwork #Neo4j #GraphDataScience #graphdatabase #demos

#mostcited 🛩️ Joint Flying Relay Location and Routing Optimization for 6G UAV–IoT Networks: A Graph Neural Network-Based Approach by Xiucheng Wang, Lianhao Fu, et al. ➡️ brnw.ch/21wKZ0k #GraphNeuralNetwork

RemoteSens_MDPI's tweet image. #mostcited
🛩️ Joint Flying Relay Location and Routing Optimization for 6G UAV–IoT Networks: A Graph Neural Network-Based Approach
by Xiucheng Wang, Lianhao Fu, et al.
➡️ brnw.ch/21wKZ0k
#GraphNeuralNetwork

🌐"ICoN: Integration using co-attention across biological networks" introduces an unsupervised #GraphNeuralNetwork model to create robust protein representations from diverse networks. doi.org/10.1093/bioadv… #ProteinResearch @t_m_murali

BioinfoAdv's tweet image. 🌐"ICoN: Integration using co-attention across biological networks" introduces an unsupervised #GraphNeuralNetwork model to create robust protein representations from diverse networks. 
doi.org/10.1093/bioadv…  
#ProteinResearch @t_m_murali

With Kumo AI you can take a #GraphNeuralNetwork live in days. We're democratizing #DeepLearning with #AI on a #ModernDataStack. Try us out hubs.ly/Q0268HWD0

Kumo_ai_team's tweet image. With Kumo AI you can take a #GraphNeuralNetwork live in days. We're democratizing #DeepLearning with #AI on a #ModernDataStack. Try us out hubs.ly/Q0268HWD0

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