#snsju — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #snsju, aggregated by home.social.
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1 month to go until our next in-person Plenary Meeting! 🚀🌊
On October 28–29, the #MultiX consortium will gather in Santander, hosted by the University of Cantabria, to advance our #6G #ISAC technical roadmap, Open Lab PoCs & 3GPP/ETSI standardization! 📡🤝
▶ Learn more: https://multix-6g.eu/
#MultiX #WirelessSensing #Innovation #Research #SNSJU #Santander
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1 month to go until our next in-person Plenary Meeting! 🚀🌊
On October 28–29, the #MultiX consortium will gather in Santander, hosted by the University of Cantabria, to advance our #6G #ISAC technical roadmap, Open Lab PoCs & 3GPP/ETSI standardization! 📡🤝
▶ Learn more: https://multix-6g.eu/
#MultiX #WirelessSensing #Innovation #Research #SNSJU #Santander
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1 month to go until our next in-person Plenary Meeting! 🚀🌊
On October 28–29, the #MultiX consortium will gather in Santander, hosted by the University of Cantabria, to advance our #6G #ISAC technical roadmap, Open Lab PoCs & 3GPP/ETSI standardization! 📡🤝
▶ Learn more: https://multix-6g.eu/
#MultiX #WirelessSensing #Innovation #Research #SNSJU #Santander
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Can we eliminate Cyclic Prefix overhead without increasing #OFDM complexity? 📡⚡
Our latest #MultiX paper introduces a scalable, DFT-based Spectral Precoder for Unique-Word OFDM! 🚀
🔹 Optimization-free, closed-form sequence design
🔹 O(Nd2Nd) log-linear Tx complexity
🔹 Zero power penalty & matches CP-
OFDM BER
🔹 Fully validated on 3GPP 5G-NR FR2 numerologies📖 Open-access on Zenodo: https://zenodo.org/records/20487002
#6G #PHYLayer #SignalProcessing #Wireless #SNSJU #Research #Telecom
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Can we eliminate Cyclic Prefix overhead without increasing #OFDM complexity? 📡⚡
Our latest #MultiX paper introduces a scalable, DFT-based Spectral Precoder for Unique-Word OFDM! 🚀
🔹 Optimization-free, closed-form sequence design
🔹 O(Nd2Nd) log-linear Tx complexity
🔹 Zero power penalty & matches CP-
OFDM BER
🔹 Fully validated on 3GPP 5G-NR FR2 numerologies📖 Open-access on Zenodo: https://zenodo.org/records/20487002
#6G #PHYLayer #SignalProcessing #Wireless #SNSJU #Research #Telecom
-
Can we eliminate Cyclic Prefix overhead without increasing #OFDM complexity? 📡⚡
Our latest #MultiX paper introduces a scalable, DFT-based Spectral Precoder for Unique-Word OFDM! 🚀
🔹 Optimization-free, closed-form sequence design
🔹 O(Nd2Nd) log-linear Tx complexity
🔹 Zero power penalty & matches CP-
OFDM BER
🔹 Fully validated on 3GPP 5G-NR FR2 numerologies📖 Open-access on Zenodo: https://zenodo.org/records/20487002
#6G #PHYLayer #SignalProcessing #Wireless #SNSJU #Research #Telecom
-
Can we eliminate Cyclic Prefix overhead without increasing #OFDM complexity? 📡⚡
Our latest #MultiX paper introduces a scalable, DFT-based Spectral Precoder for Unique-Word OFDM! 🚀
🔹 Optimization-free, closed-form sequence design
🔹 O(Nd2Nd) log-linear Tx complexity
🔹 Zero power penalty & matches CP-
OFDM BER
🔹 Fully validated on 3GPP 5G-NR FR2 numerologies📖 Open-access on Zenodo: https://zenodo.org/records/20487002
#6G #PHYLayer #SignalProcessing #Wireless #SNSJU #Research #Telecom
-
Can we eliminate Cyclic Prefix overhead without increasing #OFDM complexity? 📡⚡
Our latest #MultiX paper introduces a scalable, DFT-based Spectral Precoder for Unique-Word OFDM! 🚀
🔹 Optimization-free, closed-form sequence design
🔹 O(Nd2Nd) log-linear Tx complexity
🔹 Zero power penalty & matches CP-
OFDM BER
🔹 Fully validated on 3GPP 5G-NR FR2 numerologies📖 Open-access on Zenodo: https://zenodo.org/records/20487002
#6G #PHYLayer #SignalProcessing #Wireless #SNSJU #Research #Telecom