iSEE-6G is happy to participate in the webinar organised by the FIDAL PROJECT on "?????????????????? ???????????? ???????????????????? ?????? ???????????????? ????????????: ???????????????????? ???????????????? ???????? ?????? ?????? ??????????????????". Our technical project leader Prof. Konstantinos Maliatsos will give a first insight of our UAV use case, which aims to improve the reliability for Mission Critical Applications using #ISAC and sensing-aided #communications. Following interesting presentations are scheduled for this webinar: ?? Improving reliability for Mission Critical Applications using ISAC and sensing-aided communications (#iSEE6G) ??NTN for PPDR in 5G-Advanced (5G-STARDUST) ??NTN for public safety communication requirements (6G-NTN) ??Networked XR PPDR Medical Applications & Enhancing Law Enforcement Agents Situational Awareness via AR and 5G (#FIDAL PROJECT) ??ADAPT-5G Advanced Drone-Assisted Port Technology with 5G (Imagine-B5G) ??Securing PPDR-based scenarios (RIGOUROUS) ??Utilizing 5G Networks to Enhance Operational Efficiency for First Responders (FIDAL PROJECT) You are welcome to register in order to receive the invitation link and we are looking forward to seeing you at this webinar ?? 21 November 2024 ? 10h00-12h30 CET ?? Registrations: https://lnkd.in/ekDcxpNh #Beyond5G #PPDR #Vertical #SNS #UAV #NTN #AR #XR #VR #SituationalAwareness Smart Networks and Services Joint Undertaking (SNS JU) 6G Smart Networks and Services Industry Association European Commission
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iSEE-6G的外部链接
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iSEE-6G转发了
?? Join FIDAL PROJECT for an exciting webinar on "?????????????????? ???????????? ???????????????????? ?????? ???????????????? ????????????: ???????????????????? ???????????????? ???????? ?????? ?????? ??????????????????." Fellow ?????? ???? projects will join the event (????-????????????????, ????-??????, ?????????????? ??-????, ??????????????????, ????????-????) as they showcase cutting-edge ?????????technologies, including: ? Non-Terrestrial Communication ? AR/XR/VR applications ? Unmanned Aerial Vehicles ? Enhanced Situational Awareness solutions ??????'?? ???????? ???????? ?????????????????????? ???? ?????????????? ?????? ?????? ?????? ?????????????????? ???? ?????????????? ?????? ???????????? ???? ???????????? ???????????? ????????????????????????????! #SNSJU #5G #6G #FidalProject 5G-STARDUST 6G-NTN Imagine-B5G iSEE-6G #Research #Innovation
?? FIDAL Webinar: "Advancing PPDR - Innovation Examples from the SNS Community" ?? Join us next week Thursday 21st November, 10h00-12h30 CET in the online event looking at examples of PPDR innovation currently being explored by #SNS projects 5G-STARDUST, 6G-NTN, iSEE-6G, Imagine-B5G, RIGOUROUS Eager to hear more about innovation in #NTN, #UAV, #XR #AR, #VR and technologies for situational awareness? ?? Don't forget to register to receive the meeting link: https://lnkd.in/ekDcxpNh Smart Networks and Services Joint Undertaking (SNS JU) European Commission
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iSEE-6G转发了
We are looking forward to seeing you at our FIDAL's upcoming webinar on Advancing Public Protection and Disaster Relief: Innovations examples from the SNS Community! Event Details: ?? 21 November 2024 ? 10h00-12h30 CET ?? Registrations: https://lnkd.in/ekDcxpNh ?? What is on the agenda? ?? Improving reliability for Mission Critical Applications using ISAC and sensing-aided communications (iSEE-6G) ??NTN for PPDR in 5G-Advanced (5G-STARDUST) ??NTN for public safety communication requirements (6G-NTN) ??Networked XR PPDR Medical Applications & Enhancing Law Enforcement Agents Situational Awareness via AR and 5G (FIDAL PROJECT) ??ADAPT-5G Advanced Drone-Assisted Port Technology with 5G (Imagine-B5G) ??Securing PPDR-based scenarios (RIGOUROUS) ??Utilizing 5G Networks to Enhance Operational Efficiency for First Responders (FIDAL PROJECT) Don't forget to register to receive the invitation link! #Beyond5G #PPDR #Vertical #SNS #UAV #NTN #AR #XR #VR #SituationalAwareness Smart Networks and Services Joint Undertaking (SNS JU) European Commission
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iSEE-6G转发了
?? FIDAL Webinar: "Advancing PPDR - Innovation Examples from the SNS Community" ?? Join us next week Thursday 21st November, 10h00-12h30 CET in the online event looking at examples of PPDR innovation currently being explored by #SNS projects 5G-STARDUST, 6G-NTN, iSEE-6G, Imagine-B5G, RIGOUROUS Eager to hear more about innovation in #NTN, #UAV, #XR #AR, #VR and technologies for situational awareness? ?? Don't forget to register to receive the meeting link: https://lnkd.in/ekDcxpNh Smart Networks and Services Joint Undertaking (SNS JU) European Commission
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Don't miss the chance to hear what the #iSEE6G project is about. Today during the SNS Phase 1 & 2 Online Workshop on Integrated Sensing and Communication Towards #6G, our technical project coordinator Konstantinos Maliatsos and from 13:25-13:50 will present our vision and our goals we have set for the next two years. Join in and get more information about the current trends in #6G #technology. 9 call 1 & 2 EU-funded projects are presenting today: Hexa-X-II, SNS BeGREEN Project, 6G-SENSES, TIMES 6G, 6G DISAC, INSTINCT, 6G-MUSICAL, TERRAMETA Project ?? Register Now: https://lnkd.in/dWUxxRSV Don’t miss out! #WirelessTechnology #SNSWorkshop #HexaX #EUProjects #Innovation #FutureTech 6G Smart Networks and Services Industry Association, Atilio Gameiro Izzat Darwazeh Henk Wymeersch George Alexandropoulos Vladica Sark Angeliki ALEXIOU Konstantinos Maliatsos Beno?t Denis Alain Mourad Tony Xiao Han Philippe Sehier Andreas Mueller Giuseppe Caire Dr. Odysseas Pyrovolakis Pavlos Fournogerakis Konstantinos Trichias Gábor Fodor
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iSEE-6G转发了
?? ?? "6G research gets €130M European funding boost in Europe." It was October 2023 when the Smart Networks and Services Joint Undertaking (SNS JU) announced the 27 winners of its second call for proposals, with a budget of €130 million funding. ?? #6GREFERENCE is one of the 27 projects representing a significant stride towards advancing smart networks and services, offering breakthrough innovations, experimental platforms and large-scale trials, driving world-class research and shaping the world’s digital connected future. The rest are: ?? System Architecture: 6G-CLOUD, 6G-INTENSE Project, 6G-TWIN, Project EXIGENCE, ORIGAMI Project. ?? Wireless Communication Technologies and Signal Processing: 6G-DISAC, 6G-GOALS, 6G-MUSICAL, 6G-SENSES, INSTINCT, iSEE-6G. ?? Communication Infrastructures Technologies and Devices: ECO-eNET, 6G EWOC Project, OPTI-6G Project, PROTEUS-6G. ?? Reliable Services and Smart Security: SNS iTrust6G Project, Natwork Project, SAFE-6G, ROBUST-6G. ?? Complementary SNS Experimental Pan-EU Federated Infrastructure: SUNRISE-6G. ?? SNS Large Scale Trials and Pilots with Verticals: 6G-PATH, ENVELOPE Project. ?? Harmonising 6G Advancements with Societal Values: 6G4Society. ?? Microelectronics-based Solutions for 6G Networks: 6G-REFERENCE, FirstTo6G, TeraGreen. ?? EU-US 6G R&I Cooperation: 6G-XCEL. ? Discover more about how 6G-REFERENCE and its sibling projects were born: https://lnkd.in/ek4tgbrN #6G #SmartNetworks #FutureTelecommunications #SNSJU #HorizonEurope #6GREFERENCEproject
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iSEE-6G转发了
?? ???????? ???????????? ???? ???? ?????? ?????????????????? ???????????? ???????? ?????? ?????????????????????? ???? ???? ????????????????????, ???????????????????? ???????? ???????????? ???? ?????? ?????????????????????? ?????? #sustainability? ?? What is the energy consumption of an infrastructure? ?? What is the impact when a network is built? ?? And how ?????? ???? is meeting the challenge of maintaining the balance between environmental, social and economic needs? Chiara Mazzone, Programme Manager at SNS JU, gives us a clear view during the EuCNC & 6G Summit ?????????? ???????? ???? ?????? ???????? ???? ???????? ???????? ?????????? ?????? ????'?? ???????????????????? ?? https://lnkd.in/eBRBH3Fb #SNSJU #6G #5G #EuCNC204?#FutureTech EU Digital & Tech 6G Smart Networks and Services Industry Association
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If you want to learn more about our #6GSNS project #iSEE6G, its 3 phases and its 6 envisaged use cases, you are more than welcome to visit our website under www.isee6g.eu! #JCAS #JCCSP #SNSJU #6G #6gtechnology #telecommunications #SNSIA
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iSEE-6G转发了
?? Exciting Announcement! ?? We are thrilled to announce a groundbreaking #collaboration for the upcoming EuCNC & 6G Summit 2024! ?? Joint Special Session 7: Beyond Joint Communication and Sensing: The Road Towards Joint Communication, Computation, Sensing, and Power Transfer for 6G [https://lnkd.in/dvJ8_yj5] ?? Date: 3-6 June 2024 ?? Location: Antwerp, Brussels Join us as we bring together experts from iSEE-6G and 6G-MUSICAL to delve into the development of Joint #Communication, Computation, Sensing, and Power transfer (JCCSP). This special session promises to be an enriching exploration of future #6G revolutions. Take advantage of this opportunity to be part of a dynamic exchange shaping the future of joint communication and sensing (JCS). #StayTuned for more details on speakers and agenda highlights! #EuCNC2024 #SpecialSession #6GMUSICAL #iSEE6G #6GSNS #6GIA #SNSJU #Innovation #Networking
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iSEE-6G转发了
We are happy to share that our work entitled "Comprehensive Analysis of Maximum Power Association Policy for Cellular Networks Using Distance and Angular Coordinates" has been accepted for publication in IEEE Transactions on Wireless Communications. In a 5G NR mmWave network where the UEs and the BSs are equipped with antenna arrays that are able to form directional beams, one of the most rational criteria is to perform the association of a UE to its serving BS based on the maximum received power. If one ignores practical beam management considerations, cell association decisions can be made purely based on the Euclidean distances. However, if one accounts for practical issues such as the limited capability of UEs to perform a perfect beam alignment or an imperfect channel estimation, or a codebook - based beamforming with limited number of beams, then one needs to consider angular distances. Towards this direction, this work proposes a novel stochastic geometry framework to study the downlink coverage performance in a mmWave cellular network by jointly considering the polar coordinates of the BSs with respect to the typical UE. Specifically, both the Euclidean and the angular distances of the BSs in a maximum power-based association policy for the UE are considered to account for realistic beam management considerations. For more details, please refer to https://lnkd.in/dKFFzQJw Thanasis Kanatas Harpreet Dhillon
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