Nbrs & Topics

• 2y project, Business Finland funded.

• 7 academic, 20 industry parties, 3 public sector organizations

• Duration (2y) until 04/2021

• Key Focus:

• Industry 4.0 relevant 5G technologies

• Wireless industry services

• Practical experiments

• Business Environment analysis

Experiment Networks in real Industrial use

Smart GridsIndustry Campus

…and more tests in each consortiumpartner.

• Own private LTE network• 5G prototypes with URLLC connectivity

• 5GTNF / Smart Otaniemi• Multiple 4G test networks• 5GNR outdoor

Experiment Networks in real Industrial use

Digital FactoryIndustry Campus

• Own private LTE network• Commercial 5G by Telia

• Own private LTE network• 5G indoor solution

Result highlights

Drones to analyze ocean wave heights/UOulu

Contact:marko.e.leinonen@oulu.fi

Measurement antennas: Dual Circular Polarized GPS Antenna

USB cellular modem for data transfer

GPS receivers for GPS measurement antennas

Control PC

GPS Bistatic Reflection Sea-Surface Sensing Measurement

Remote Control / Monitoring on VR /UOulu

Magnet

Hall sensor

Laser Measure Sensor

Magnet switch

Contact:susanna.pirttikangas@oulu.fi

VR ExperienceSensor installations

Video Analytics / TUNI

• Object recognition in industrial env:

• Humans

• Car, truck, boat, train,

• Register plates, Cargo ID's

Contact:kateryna.chumachenko@tuni.fi

Remote robot Control / TUNI

Contact:joonas.sae@tuni.fi

View from the 5G test site where the remote vehicle was tested

Remote control from lab• 3D view to front• Additional cameras to

both sides

Ground steepness AR overlay

Centria visualization platform /Centria

• 5G data gathering / Visualization

platform for port env

• Open data and data from integrated

sensors:

• Vehicles: Trains, vessels and

• weather data for road condition

estimation

• 360 camera / 2D surveillance

camera views

• Data in the MS Azure

Contact: marjut.koskela@centria.fi

Video analytics for material buffer /Nokia

UI for showing material amount withcolor indicators

Contact:Mika.kaivola@nokia.com

Juha.kela@finwe.fi

Cameras

Materialracks

Video Analytics for Securing Fuel Logistics /FinWe

• Fuel truck filling followed by video surveillance

• Object recognition from video and comparison with loading plan.

• Immediate quality feedback to personnel

Contact:Juha.kela@finwe.fi

Monitoring of network quality from applications’ perspective /Kaitotek

Kaitotek’s Qosium measures and monitors how real active applications and end-users experience network’s performance and quality

Qosium is:

• Passive QoS/QoE measurement solution, not burdening networks with artificial traffic

• Light-weight software – integrable to existing network devices and infrastructures

• Real-time solution without limits on applications and network technologies

Example case in 5GVIIMA: Automatic QoS monitoring in Port of Oulu

• Continuous monitoring of end-to-end connection quality of container carriers over private cellular

• Real-time and historical QoS awareness throughout the port area

Contact:jarmo.prokkola@kaitotek.fi

Virtual collaboration/Remote support with xR/Valmet

Pointer as an augmented mobile application integrated with ValmetXR

Virtual meetings with avatars in both VR or

via HoloLens

Contact:Mika.karaila@valmet.com

5G URLLC for port automation andsmart grid /Nokia

Contact:Mikko.Uusitalo@nokia-bell-labs.com

• 5G URLLC prototype from Nokia for testing

• Tests carried out for port automation

• Kalmar yard

• VTT

• Testing also for smart grid by VTT

• B42 UL delay LTE and 5G proto

Self-Organized Positioning and Tracking for the Industrial IoT via mmWave Device-to-Device (D2D) Communications / TUNI

Ray-tracing enabled environment for self-organized positioning and tracking in the industrial IoT

System model of positioning & tracking for mmWave D2D network

Correspondence:yi.lu@tuni.fi

Real-time emulation of mmWave networks with moving nodes / VTT• Radio links are emulated with real-time

code using wired Ethernet connections

• Path loss matrices and vehicle paths are computed in advance with backend software

• Simplified “line-of-sight” model

• Emulation enables realistic transport of high bandwidth traffic (up to 10 Gbit/s per link)

• Evaluation of vehicle movement and handovers to packet delay variation and clock synchronization

• Supports SWMN backhaul concept• Better than 1us clock synchronization

accuracy

• < 1ms transport delay

• Concurrent connectivity to multiple BH nodes

12 February, 2020 VTT – beyond the obvious 7

12 February, 2020 VTT – beyond the obvious 7Contact:

kari.seppanen@vtt.fi

Cellular IoT and eSIM for smart products /VTT

• Smart products with integrated cellular IoT connectivity enables measurements and tracking throughout the

whole supply chain

• Smart products can bring additional value to different actors in the supply chain when they are allowed to

access their private networks – eSIM technology enables simple attachment to private networks

• Testing and demonstrating network mobility at VTT 5G test network with several private network instances

• Trigger for network switch, inter-operability, minimization of service down-time and power consumption

Contact: olli.apilo@vtt.fi

Network and Cloud-based Co-operativeFirewalling /Aalto

Contact: raimo.kantola@aalto.fi

● Cloud-based cooperative firewall with personalized security policies for providing ultra-reliable networkcommunication.

● The solution finds its applications in specialized networks such as smart grids.

● Admit traffic based on the expected flows of end devices is used instead of pre-defined policies in thetraditional firewalls.

Business Environment Analysis

• Analysis business ecosystem on each trialing site

• Techno-economic cost modelling

• Contribution to regulation and policys

• Measurements for private network interference

• Tools for managing local licenses

• Public dialogue for local spectrum use