#snsju — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #snsju, aggregated by home.social.
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The future of #6G is intelligence by design! 🚀📡🧠
Explore the new @SNS_JU White Paper: "The AI/ML Landscape for Smart Networks and Services."
From AI-native architectures & MLOps to agentic AI, see how #MultiX is building autonomous, privacy-aware networks. 🌐🔒 -
The future of #6G is intelligence by design! 🚀📡🧠
Explore the new @SNS_JU White Paper: "The AI/ML Landscape for Smart Networks and Services."
From AI-native architectures & MLOps to agentic AI, see how #MultiX is building autonomous, privacy-aware networks. 🌐🔒 -
The future of #6G is intelligence by design! 🚀📡🧠
Explore the new @SNS_JU White Paper: "The AI/ML Landscape for Smart Networks and Services."
From AI-native architectures & MLOps to agentic AI, see how #MultiX is building autonomous, privacy-aware networks. 🌐🔒 -
The future of #6G is intelligence by design! 🚀📡🧠
Explore the new @SNS_JU White Paper: "The AI/ML Landscape for Smart Networks and Services."
From AI-native architectures & MLOps to agentic AI, see how #MultiX is building autonomous, privacy-aware networks. 🌐🔒 -
The future of #6G is intelligence by design! 🚀📡🧠
Explore the new @SNS_JU White Paper: "The AI/ML Landscape for Smart Networks and Services."
From AI-native architectures & MLOps to agentic AI, see how #MultiX is building autonomous, privacy-aware networks. 🌐🔒 -
How can we track robots using only background 5G & Wi-Fi signals? 📡🤖
Our latest demo video from UC3M & BR showcases passive, camera-free robot tracking—a major step forward for #6G #ISAC in industrial automation! 🚀
🎥 Watch now: https://www.youtube.com/watch?v=q99C5eENtlk
#MultiX #Sensing #Robotics #WiFiSensing #5G #SNSJU #Research
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How can we track robots using only background 5G & Wi-Fi signals? 📡🤖
Our latest demo video from UC3M & BR showcases passive, camera-free robot tracking—a major step forward for #6G #ISAC in industrial automation! 🚀
🎥 Watch now: https://www.youtube.com/watch?v=q99C5eENtlk
#MultiX #Sensing #Robotics #WiFiSensing #5G #SNSJU #Research
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How can we track robots using only background 5G & Wi-Fi signals? 📡🤖
Our latest demo video from UC3M & BR showcases passive, camera-free robot tracking—a major step forward for #6G #ISAC in industrial automation! 🚀
🎥 Watch now: https://www.youtube.com/watch?v=q99C5eENtlk
#MultiX #Sensing #Robotics #WiFiSensing #5G #SNSJU #Research
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How can we track robots using only background 5G & Wi-Fi signals? 📡🤖
Our latest demo video from UC3M & BR showcases passive, camera-free robot tracking—a major step forward for #6G #ISAC in industrial automation! 🚀
🎥 Watch now: https://www.youtube.com/watch?v=q99C5eENtlk
#MultiX #Sensing #Robotics #WiFiSensing #5G #SNSJU #Research
-
How can we track robots using only background 5G & Wi-Fi signals? 📡🤖
Our latest demo video from UC3M & BR showcases passive, camera-free robot tracking—a major step forward for #6G #ISAC in industrial automation! 🚀
🎥 Watch now: https://www.youtube.com/watch?v=q99C5eENtlk
#MultiX #Sensing #Robotics #WiFiSensing #5G #SNSJU #Research
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Now published in IEEE Transactions on Affective Computing! 🚀🧠
Developed within the #MultiX project, this paper introduces a pipeline for privacy-aware 3D Emotion Recognition using wearable wireless sensing & 2D-to-3D reconstructed pointclouds. 📡🔒
📖 Read the paper: https://zenodo.org/records/19348576
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Now published in IEEE Transactions on Affective Computing! 🚀🧠
Developed within the #MultiX project, this paper introduces a pipeline for privacy-aware 3D Emotion Recognition using wearable wireless sensing & 2D-to-3D reconstructed pointclouds. 📡🔒
📖 Read the paper: https://zenodo.org/records/19348576
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Now published in IEEE Transactions on Affective Computing! 🚀🧠
Developed within the #MultiX project, this paper introduces a pipeline for privacy-aware 3D Emotion Recognition using wearable wireless sensing & 2D-to-3D reconstructed pointclouds. 📡🔒
📖 Read the paper: https://zenodo.org/records/19348576
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Now published in IEEE Transactions on Affective Computing! 🚀🧠
Developed within the #MultiX project, this paper introduces a pipeline for privacy-aware 3D Emotion Recognition using wearable wireless sensing & 2D-to-3D reconstructed pointclouds. 📡🔒
📖 Read the paper: https://zenodo.org/records/19348576
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Now published in IEEE Transactions on Affective Computing! 🚀🧠
Developed within the #MultiX project, this paper introduces a pipeline for privacy-aware 3D Emotion Recognition using wearable wireless sensing & 2D-to-3D reconstructed pointclouds. 📡🔒
📖 Read the paper: https://zenodo.org/records/19348576
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Europe’s #6G healthcare roadmap is taking shape! 🚀🏥
We are proud to contribute to the new @SNS_JU White Paper: "Towards 6G-enabled eHealth." 📡🧠
Developed alongside TrialsNet, AMAZING-6G, 6G-PATH, SUSTAIN-6G & IMAGINE-B5G, it showcases 15 real-world, validated eHealth use cases.
📖 Read on Zenodo: https://zenodo.org/records/17661338
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Europe’s #6G healthcare roadmap is taking shape! 🚀🏥
We are proud to contribute to the new @SNS_JU White Paper: "Towards 6G-enabled eHealth." 📡🧠
Developed alongside TrialsNet, AMAZING-6G, 6G-PATH, SUSTAIN-6G & IMAGINE-B5G, it showcases 15 real-world, validated eHealth use cases.
📖 Read on Zenodo: https://zenodo.org/records/17661338
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Europe’s #6G healthcare roadmap is taking shape! 🚀🏥
We are proud to contribute to the new @SNS_JU White Paper: "Towards 6G-enabled eHealth." 📡🧠
Developed alongside TrialsNet, AMAZING-6G, 6G-PATH, SUSTAIN-6G & IMAGINE-B5G, it showcases 15 real-world, validated eHealth use cases.
📖 Read on Zenodo: https://zenodo.org/records/17661338
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Europe’s #6G healthcare roadmap is taking shape! 🚀🏥
We are proud to contribute to the new @SNS_JU White Paper: "Towards 6G-enabled eHealth." 📡🧠
Developed alongside TrialsNet, AMAZING-6G, 6G-PATH, SUSTAIN-6G & IMAGINE-B5G, it showcases 15 real-world, validated eHealth use cases.
📖 Read on Zenodo: https://zenodo.org/records/17661338
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Europe’s #6G healthcare roadmap is taking shape! 🚀🏥
We are proud to contribute to the new @SNS_JU White Paper: "Towards 6G-enabled eHealth." 📡🧠
Developed alongside TrialsNet, AMAZING-6G, 6G-PATH, SUSTAIN-6G & IMAGINE-B5G, it showcases 15 real-world, validated eHealth use cases.
📖 Read on Zenodo: https://zenodo.org/records/17661338
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How do we make collaborative edge AI sustainable? 🧠⚡
Our latest #MultiX paper introduces #CLEAR, a geometric programming framework that integrates dynamic DNN design with communication and hardware accelerator decisions.
📉 Reduces energy by >80% and resource use by >70%!
📖 Read on Zenodo: https://zenodo.org/records/18986635
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How do we make collaborative edge AI sustainable? 🧠⚡
Our latest #MultiX paper introduces #CLEAR, a geometric programming framework that integrates dynamic DNN design with communication and hardware accelerator decisions.
📉 Reduces energy by >80% and resource use by >70%!
📖 Read on Zenodo: https://zenodo.org/records/18986635
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How do we make collaborative edge AI sustainable? 🧠⚡
Our latest #MultiX paper introduces #CLEAR, a geometric programming framework that integrates dynamic DNN design with communication and hardware accelerator decisions.
📉 Reduces energy by >80% and resource use by >70%!
📖 Read on Zenodo: https://zenodo.org/records/18986635
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How do we make collaborative edge AI sustainable? 🧠⚡
Our latest #MultiX paper introduces #CLEAR, a geometric programming framework that integrates dynamic DNN design with communication and hardware accelerator decisions.
📉 Reduces energy by >80% and resource use by >70%!
📖 Read on Zenodo: https://zenodo.org/records/18986635
-
How do we make collaborative edge AI sustainable? 🧠⚡
Our latest #MultiX paper introduces #CLEAR, a geometric programming framework that integrates dynamic DNN design with communication and hardware accelerator decisions.
📉 Reduces energy by >80% and resource use by >70%!
📖 Read on Zenodo: https://zenodo.org/records/18986635
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How can we turn radio networks into passive, camera-free sensors for #6G verticals? 📡🤖
Watch our video demonstration from #MWC26 showing collaborative cellular & Wi-Fi sensing for industrial and smart space automation. 🚀🧠
🎥 Watch here: https://www.youtube.com/watch?v=MCIRt-UkwQM
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How can we turn radio networks into passive, camera-free sensors for #6G verticals? 📡🤖
Watch our video demonstration from #MWC26 showing collaborative cellular & Wi-Fi sensing for industrial and smart space automation. 🚀🧠
🎥 Watch here: https://www.youtube.com/watch?v=MCIRt-UkwQM
-
How can we turn radio networks into passive, camera-free sensors for #6G verticals? 📡🤖
Watch our video demonstration from #MWC26 showing collaborative cellular & Wi-Fi sensing for industrial and smart space automation. 🚀🧠
🎥 Watch here: https://www.youtube.com/watch?v=MCIRt-UkwQM
-
How can we turn radio networks into passive, camera-free sensors for #6G verticals? 📡🤖
Watch our video demonstration from #MWC26 showing collaborative cellular & Wi-Fi sensing for industrial and smart space automation. 🚀🧠
🎥 Watch here: https://www.youtube.com/watch?v=MCIRt-UkwQM
-
How can we turn radio networks into passive, camera-free sensors for #6G verticals? 📡🤖
Watch our video demonstration from #MWC26 showing collaborative cellular & Wi-Fi sensing for industrial and smart space automation. 🚀🧠
🎥 Watch here: https://www.youtube.com/watch?v=MCIRt-UkwQM
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How can we optimize robotic fleets for Search-and-Rescue? 🤖🚁
Our latest #MultiX paper, "Enhancing cellular-enabled collaborative robots planning through GNSS data for SAR scenarios," is published in Computer Communications.
Learn how we use GNSS and network energy profiles to plan optimal paths for SAR robots. 🛰️🗺️
📖 Read here: https://zenodo.org/records/18754922
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How can we optimize robotic fleets for Search-and-Rescue? 🤖🚁
Our latest #MultiX paper, "Enhancing cellular-enabled collaborative robots planning through GNSS data for SAR scenarios," is published in Computer Communications.
Learn how we use GNSS and network energy profiles to plan optimal paths for SAR robots. 🛰️🗺️
📖 Read here: https://zenodo.org/records/18754922
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How can we optimize robotic fleets for Search-and-Rescue? 🤖🚁
Our latest #MultiX paper, "Enhancing cellular-enabled collaborative robots planning through GNSS data for SAR scenarios," is published in Computer Communications.
Learn how we use GNSS and network energy profiles to plan optimal paths for SAR robots. 🛰️🗺️
📖 Read here: https://zenodo.org/records/18754922
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How can we optimize robotic fleets for Search-and-Rescue? 🤖🚁
Our latest #MultiX paper, "Enhancing cellular-enabled collaborative robots planning through GNSS data for SAR scenarios," is published in Computer Communications.
Learn how we use GNSS and network energy profiles to plan optimal paths for SAR robots. 🛰️🗺️
📖 Read here: https://zenodo.org/records/18754922
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How can we optimize robotic fleets for Search-and-Rescue? 🤖🚁
Our latest #MultiX paper, "Enhancing cellular-enabled collaborative robots planning through GNSS data for SAR scenarios," is published in Computer Communications.
Learn how we use GNSS and network energy profiles to plan optimal paths for SAR robots. 🛰️🗺️
📖 Read here: https://zenodo.org/records/18754922
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MultiX Newsletter #2 is live on Zenodo! 📰📡
Our first full year transitions from theoretical design to experimental validation:
🎯 3GPP 6G Study (TR 22.870) standardization success
🛠️ Open lab deployments (Madrid, KU Leuven, Siemens)
📜 Technical deliverables D1.1, D2.1, D3.1, & D4.1Download the full update: 🔗 https://zenodo.org/records/21031825
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MultiX Newsletter #2 is live on Zenodo! 📰📡
Our first full year transitions from theoretical design to experimental validation:
🎯 3GPP 6G Study (TR 22.870) standardization success
🛠️ Open lab deployments (Madrid, KU Leuven, Siemens)
📜 Technical deliverables D1.1, D2.1, D3.1, & D4.1Download the full update: 🔗 https://zenodo.org/records/21031825
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MultiX Newsletter #2 is live on Zenodo! 📰📡
Our first full year transitions from theoretical design to experimental validation:
🎯 3GPP 6G Study (TR 22.870) standardization success
🛠️ Open lab deployments (Madrid, KU Leuven, Siemens)
📜 Technical deliverables D1.1, D2.1, D3.1, & D4.1Download the full update: 🔗 https://zenodo.org/records/21031825
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MultiX Newsletter #2 is live on Zenodo! 📰📡
Our first full year transitions from theoretical design to experimental validation:
🎯 3GPP 6G Study (TR 22.870) standardization success
🛠️ Open lab deployments (Madrid, KU Leuven, Siemens)
📜 Technical deliverables D1.1, D2.1, D3.1, & D4.1Download the full update: 🔗 https://zenodo.org/records/21031825
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MultiX Newsletter #2 is live on Zenodo! 📰📡
Our first full year transitions from theoretical design to experimental validation:
🎯 3GPP 6G Study (TR 22.870) standardization success
🛠️ Open lab deployments (Madrid, KU Leuven, Siemens)
📜 Technical deliverables D1.1, D2.1, D3.1, & D4.1Download the full update: 🔗 https://zenodo.org/records/21031825
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Discover HELIX, our real-time #ISAC experimentation platform developed by @IMDEA_Networks for WP4 PoC2! 📡🧠
This new video presents the platform design and its role in testing future #6G sensing architectures.
🎥 Watch here: https://www.youtube.com/watch?v=Q5TdVv-apcY
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Discover HELIX, our real-time #ISAC experimentation platform developed by @IMDEA_Networks for WP4 PoC2! 📡🧠
This new video presents the platform design and its role in testing future #6G sensing architectures.
🎥 Watch here: https://www.youtube.com/watch?v=Q5TdVv-apcY
-
Discover HELIX, our real-time #ISAC experimentation platform developed by @IMDEA_Networks for WP4 PoC2! 📡🧠
This new video presents the platform design and its role in testing future #6G sensing architectures.
🎥 Watch here: https://www.youtube.com/watch?v=Q5TdVv-apcY
-
Discover HELIX, our real-time #ISAC experimentation platform developed by @IMDEA_Networks for WP4 PoC2! 📡🧠
This new video presents the platform design and its role in testing future #6G sensing architectures.
🎥 Watch here: https://www.youtube.com/watch?v=Q5TdVv-apcY
-
Discover HELIX, our real-time #ISAC experimentation platform developed by @IMDEA_Networks for WP4 PoC2! 📡🧠
This new video presents the platform design and its role in testing future #6G sensing architectures.
🎥 Watch here: https://www.youtube.com/watch?v=Q5TdVv-apcY
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Accepted for publication at #IFIPNetworking2026! 🚀🚘
A result of our work in the #MultiX project, our latest paper tackles secure vehicle-tracing in next-gen transit—combining accurate localization with secure, privacy-preserving communications. 🔒📡
📖 Read on Zenodo: https://doi.org/10.5281/zenodo.19652357
#6G #Cybersecurity #ITS #AutonomousVehicles #SNSJU #Research
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Accepted for publication at #IFIPNetworking2026! 🚀🚘
A result of our work in the #MultiX project, our latest paper tackles secure vehicle-tracing in next-gen transit—combining accurate localization with secure, privacy-preserving communications. 🔒📡
📖 Read on Zenodo: https://doi.org/10.5281/zenodo.19652357
#6G #Cybersecurity #ITS #AutonomousVehicles #SNSJU #Research
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Accepted for publication at #IFIPNetworking2026! 🚀🚘
A result of our work in the #MultiX project, our latest paper tackles secure vehicle-tracing in next-gen transit—combining accurate localization with secure, privacy-preserving communications. 🔒📡
📖 Read on Zenodo: https://doi.org/10.5281/zenodo.19652357
#6G #Cybersecurity #ITS #AutonomousVehicles #SNSJU #Research
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Accepted for publication at #IFIPNetworking2026! 🚀🚘
A result of our work in the #MultiX project, our latest paper tackles secure vehicle-tracing in next-gen transit—combining accurate localization with secure, privacy-preserving communications. 🔒📡
📖 Read on Zenodo: https://doi.org/10.5281/zenodo.19652357
#6G #Cybersecurity #ITS #AutonomousVehicles #SNSJU #Research
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Accepted for publication at #IFIPNetworking2026! 🚀🚘
A result of our work in the #MultiX project, our latest paper tackles secure vehicle-tracing in next-gen transit—combining accurate localization with secure, privacy-preserving communications. 🔒📡
📖 Read on Zenodo: https://doi.org/10.5281/zenodo.19652357
#6G #Cybersecurity #ITS #AutonomousVehicles #SNSJU #Research
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Proprietary hardware meets open-source flexibility! 🚀🛠️
Our latest paper presented at #ICTON2025 in Tarragona, "Bridging the gap between TSN and Open-Source," is now live on Zenodo. Learn how we are building flexible, deterministic networks for future industrial #6G. 📡🌐
📖 Read now: https://zenodo.org/records/18755563
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Proprietary hardware meets open-source flexibility! 🚀🛠️
Our latest paper presented at #ICTON2025 in Tarragona, "Bridging the gap between TSN and Open-Source," is now live on Zenodo. Learn how we are building flexible, deterministic networks for future industrial #6G. 📡🌐
📖 Read now: https://zenodo.org/records/18755563
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Proprietary hardware meets open-source flexibility! 🚀🛠️
Our latest paper presented at #ICTON2025 in Tarragona, "Bridging the gap between TSN and Open-Source," is now live on Zenodo. Learn how we are building flexible, deterministic networks for future industrial #6G. 📡🌐
📖 Read now: https://zenodo.org/records/18755563
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Proprietary hardware meets open-source flexibility! 🚀🛠️
Our latest paper presented at #ICTON2025 in Tarragona, "Bridging the gap between TSN and Open-Source," is now live on Zenodo. Learn how we are building flexible, deterministic networks for future industrial #6G. 📡🌐
📖 Read now: https://zenodo.org/records/18755563
-
Proprietary hardware meets open-source flexibility! 🚀🛠️
Our latest paper presented at #ICTON2025 in Tarragona, "Bridging the gap between TSN and Open-Source," is now live on Zenodo. Learn how we are building flexible, deterministic networks for future industrial #6G. 📡🌐
📖 Read now: https://zenodo.org/records/18755563