5g-smart · develop of new 5g technology features beyond release 15 targeting the manufacturing...
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The 5G-SMART project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement no 857008.
5G-SMARTProf. Jose F. Monserrat
EuCNC, Valencia, June 21st 2019
2019-07-21 5G FOR SMART MANUFACTURING 1
5G-SMART Objectives Field trials:
Demonstrate, evaluate and validate 5G systems in industry field trials for smart manufacturing
Business models:
Identify viable business models for smart manufacturing (with and without mobile network operators)
Concept work:
Develop 5G radio deployment and network architecture options for the manufacturing ecosystem
Develop of new 5G technology features beyond Release 15 targeting the manufacturing industries
Develop an industrial-centric network configuration and management framework
2019-07-21 5G FOR SMART MANUFACTURING 2
WP2, WP3, WP4: Field trials
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WP4: Reutlingen (Bosch)
WP2: Kista(Ericsson)
Fraunhofer IPT
EricssonEurolab
WP3: Aachen (IPT)
Ericsson Headquarter
EricssonFactory
WP2: Kista trial site Trial setup in Ericsson Kista factory: WP2-participants: Ericsson, ABB
Ericsson 5G NR system and edge cloud
Two ABB industry robots
Use cases: Robot control moved to the local cloud
Controlling robot operation from ABB 5G Lab in Västerås
Machine-vision assisted robot control with video processing and analysis in the local cloud
Visualization of Factory Floor (AR/VR)
Coexistence testing between indoor private network with outdoor public network
2019-07-21 5G FOR SMART MANUFACTURING 4
Co-existence
evaluation
Edge cloud
NFV
Infrastructure
Robot control
function
5G EVE Lab
Ericsson Kista Smart Factory
WP3: Aachen trial site Trial setup in IPT Aachen factory: WP3-participants: Ericsson, IPT, Marposs, U-blox
Ericsson 5G NR + LTE system and edge cloud
IPT machining tools
Marposs advanced sensors
Time-sync capable devices from U-blox
Use cases: Real-time workpiece monitoring during machining
and adaptive production
Shopfloor monitoring for digital twin
Localization and time-synchronization
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Wireless
acousticEmission
measurement
Real-time wear
and breakage detection of
machine
Fraunhofer IPT
Ericsson
Eurolab
Fraunhofer IPT Shop floor
Multi-sensor
platformDigital twin
Factory cloud
WP4: Reutlingen trial site Trial setup in Bosch Reutlingen factory: WP4-participants: Ericsson, Bosch, Lund University,
Budapest University of Technology and Economics
Ericsson 5G NR system and edge cloud
Bosch factory, AGVs, industry LAN
Use cases: Cloud-based mobile robotics for (coordinated)
automated guided vehicles (AGV), positioning
Industrial LAN/Time Sensitive Networking (TSN) over 5G
Studies: Electromagnetic compatibility testing between
5G and industrial equipment
Channel measurements on shopfloor (3.5+26 GHz)
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AGV
5G RAN
+CN
Edge cloud
Variable distance Device under test (semiconductors)
Measurement equipment
EMC Test Area,
building 2
Central cloud
Production area,
building 1 Controller function
5G antenna5G antenna
Controller Controller
2019-07-21 5G FOR SMART MANUFACTURING 7
5G-SMART Grant Agreement No. 857008
”The 5G-SMART project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant
agreement No 857008
If you need further information, please contact the coordinator:Dr. Leefke Grosjean, ERICSSON
E-Mail: [email protected] visit: www.5gsmart.eu
The information in this document is provided “as is”, and no guarantee or warranty is given that the information is fit for any particular purpose. The content of this document reflects only the author`s view – the European Commission is not responsible for
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