Breakthrough at #Globecom2025! 📡🚀

#MultiX presented a new way to get high-precision Range-Doppler data from standard Wi-Fi hardware—no modifications needed. A huge step for Perceptive #6G & #ISAC! 🤯

Congrats to Jessica Sanson & the team! 👏

#WiFiSensing #SNSJU

Massive energy savings for #6G AI! 💡🔋

We launched our new paper: E-SPLIT: A Hierarchical Genetic Algorithm for Energy-Efficient Distributed AI Services (preprint available).

This framework minimizes energy use (up to 94.1% reduction 🤯) while meeting latency demands—paving the way for sustainable, AI-native 6G networks. 🚀

🔗 Zenodo: https://zenodo.org/records/17903424

#MultiX #DistributedAI #Sustainability #FutureTech #SNSJU

#MultiX at InfoCom World 2025! 💡🇬🇷

Our partner OTE presented the MultiX Fusion Perceptive 6G-RAN (MP6R) at the "AI-Volution" conference. 🤖

We showed how AI is driving #6G by enabling perception-aware networks and core use cases like the Multi-Layer Network Digital Twin for Industrial Manufacturing. 🏭

#OTE #AI #DigitalTransformation #SNSJU

Missed the joint 6G IA / 5G-ACIA webinar on #ISAC/#JCAS? 🎙️

#MultiX was present, contributing to the key discussion on:
✅Standards & dual-use systems.
✅Industrial use cases & monetisation pathways for #6G.

Catch up now!📺

🔗 Video: https://www.youtube.com/watch?v=RZhrVAYxPMo

#6GIA #5GACIA

NEW at #PIMRC2025!
📡 We're mastering Near-Field complexity in ELAA systems.
Introducing VR-HMM-P-SOMP: a novel algorithm using HMMs to tackle spatial non-stationarity (SnS). The result? Significantly improved estimation accuracy (NMSE) in low-SNR scenarios for future #6G networks! 🚀

🔗 https://zenodo.org/records/17631563

#MultiX #ChannelEstimation #WirelessNetworks #SignalProcessing

⚡Excited to announce our new paper introducing a real-time Network Digital Twin built from robotic data to enhance energy-efficient and reliable navigation in dynamic 5G environments. Discover how it advances autonomous robotics

👉 https://zenodo.org/records/15308145

#5G #Robotics #DigitalTwin

Excited to share our new paper: “Extracting the Communication Channel from Monostatic Sensing Channels.”

We show how radar-like monostatic sensing signals can be leveraged to reconstruct the communication channel, enabling tighter integration of sensing and communication (ISAC) in future 6G systems.

Learn more here https://zenodo.org/records/17045358.

🔬 Our #ISAC paper “HELIX: High-speed Real-Time Experimentation Platform for 6G Wireless Networks” is out at #ACMMobiSys25!

HELIX brings real-time sensing–communication co-design to life — enabling 6G #ISAC research at sub-ms latency & >1 Gbps. 🙌

🔗https://zenodo.org/records/15341503

"Sensing in the Next Generation of Wireless Communications: The MultiX Approach" 🎙️

Antonio De La Oliva (#UC3M) presented the revolutionary MultiX Fusion Perceptive 6G-RAN (#MP6R) at #URSI 2025! 📡

Highlights:
✅ Multi-Sensor Fusion (Radio, LiDAR, Camera)
✅ Multi-Band & Multi-Technology #ISAC
✅ Distributed, real-time perception architecture

Read the paper: https://zenodo.org/records/17286076

#6G #RAN #SNSJU #FutureTech

New paper alert! 📢

Our "Echoes" system achieves sub-meter (0.9m) indoor localization accuracy using #ORAN and smart surfaces (RIS).

This practical approach for #6G is a great collaboration with #i2CAT, #NEC_Labs_Europe, #UAB & #ICREA.

🔗 https://zenodo.org/records/17054194