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This project has received funding from the European Union’s Horizon 2020 research
and innovation programme under grant agreement No. 761809.
APPLICATION EXPERIMENTS
Rubén Hermoso
Coimbra, 26th February
PUSH Testbeds
• What are the PUSH Testbeds?
• PILOTS where the DIATOMIC technology will be shown
• Why are the PUSH Testbeds interesting for me?
• Because I, as future DIATOMIC Open Call participant, will understand which technology I
have at my disposal.
• 3 testbeds: Health, Agrifood & Manufacturing
PUSH Testbeds
• 3 testbeds: Health, Agrifood & Manufacturing
Inspiration
#1 Testbed - Health
#1 Testbed - HEALTH
• There are people in remote places where the only care service
that they know is the caregiver team. Difficulty on access to
threatments.
• Price
• Keep patients on track and fast diagnosis.
• Domitiliary attention
• Fast intercharge of information
#1 Testbed - HEALTH
Measures from
biometric sensors
Cloud Platform +
SDK
Health
Applications
Management
#1 Testbed - HEALTH
• Modular components
• Possibility of replacement of any
module
• Possibility of adding modules
• APIs for programming interfaces
between modules
#1 Testbed - HEALTH
• Modular components
• Possibility of replacement of any
module
• Possibility of adding modules
• APIs for programming interfaces
between modules
#1 Testbed - HEALTH
• Up to 16 sensors
• WiFi & Bluetooth Low
Energy integrated
• TFT integrated
• “Audio jack” connectors
• Cloud storage & APP
available
DIATOMIC APPLICATION EXPERIMENTS
#1 Testbed - HEALTH
#1 Testbed - HEALTH
#1 Testbed - HEALTH
#1 Testbed - HEALTH
Standard
Health
Devices
#1 Testbed - HEALTH
Standard Health
Devices
MySignals Cloud
#1 Testbed - HEALTH
• The eVida is a web-based platform which focus on delivering services to personal health
and wellbeing. The main objective of the platform is to provide the infrastructure and tools to
quickly develop new applications and deliver them to end-users.
#1 Testbed - HEALTH
• Portal (Web Store)
• Personal Health Record (PHR)
• Security
• Integration with mobile devices
and biometric devices supports
remote monitoring
• Social Network Support
• Signal Repository (OpenSignals)
• Compliance with the most
common standards for health
related data (e.g. HL7) and device
communication (e.g. IEEE11073).
#1 Health Experiments
#2 Testbed - Agrofood
#2 Testbed - AGROFOOD
• Agricultural sector consumes more
than 70% of available water.
• In some countries agriculture occupies
around 60% of the country land.
• Responsible consumption of natural
resources. Environment, economic
factors.
• Optimization
#2 Testbed - AGROFOOD
#2 Testbed - AGRIFOOD
• Cloud platform.
• REST API
• SDK for developing the
application
• Services provided by VFK.
#1 Testbed - HEALTH
Agriculture
Devices
#1 Testbed - HEALTH
Agriculture
Devices
Application/
Visualization
SynField: a flexible, vendor independent solution
• Main features:
– Remote Field Monitoring: weather, environment, crop, soil
– Cloud based data acquisition & service provision (Big Data Analytics)
– Rule based engine for crop diseases prediction/detection
– Automatic/Manual control of actuators (e.g. smart irrigation)
– Alarms & Notifications initiation
– Flexible configuration & User friendly access via web/mobile applications
– On site configuration (Bluetooth)
– Autonomous (powered by solar panels/re-chargeable battery)
– Wide range of sensors (vendor independent)
– Wide range of communications options: GPRS, WiFI, (LoRA)
– Multi-hop star architecture
Head Node
Configuration
App
SynField Dashboard
Combined SensorsSoil Temperature
10 cm
20 cm
40 cm Soil Moisture
10 cm
20 cm
40 cm
10 cm
20 cm
40 cm
Cloud Connectivity
• 3G/GPRS
• WiFi
Irrigation Control
SynField
Peripheral
Nodes
SynField
Head Nodes
Remote
Irrigation
Control
Leaf
Wetness
Rain VolumeWind Direction
& Speed
Air Temperature &
Humidity
SynField: Remote Field Monitoring/Irrigation
Anemometers
Davis cup
anemometer
Low cost
weather-meters
Weather Stations
Rain Gauges
SHT-10
DS18B20
air/soil/water temperature
ENV-TMP
LWS
leaf wetness
generic
pyranometers
SP-Lite2CMP3
Control Equipment
latching valve pump start relay
Soil (moisture/temperature/EC/pH)
EC-5 watermark SHT-10 5TE Vernier pH
Davis 6450/6490
SynField: Wide range of sensors (vendor independent)
SynField: Dashboard & Control App
Responsive
Dashboard Application
Bluetooth App for on-site
configuration/control
SynField Cloud Platform
SynField
Cloud Platform
Head
Nodes
Peripheral
Nodes
API/Adaptation
Data Storage
Rule Engine
SMS/
Emails
NotificationMetrics Engine/
Actuation
SynField Application
RESTFulAPI
3rd Party
Applications
#2 Testbed - AGRIFOOD
Schematic structure of a typical
leaf
Reflectance spectra of a leaf as function of
available nitrogen in soil
Operating principle of the proposed device
Plant
-O-
Meter
#2 Testbed - AGRIFOOD
Proposed device for plant stress measurement
and specifically designed smartphone application
Measurement setup for proposed device
Plant
-O-
Meter
#2 Testbed - AGRIFOOD
#3 Testbed - Manufacturing
#3 Testbed - MANUFACTURING
• Focused on Industrial
Automation (3D printing
activites).
• Customization: individualized
or mass products.
• Fast and simple to produce
• Cheap, and a good tool for
prototyping
#3 Testbed - MANUFACTURING
• Automated 3D-Printer in the form of a cyber-
physical production system (CPPS)  No PLC.
• 3D-Printers which adapt to the user’s order and
optimize production according to their
characteristics
• Possibility of replacing 3D-Printers for other
devices.
#3 Testbed - MANUFACTURING
Work Piece
Holder Shell
Work Piece
Holder Shell
XXX Shell…
Heat plate
Temp.sensor
Logic
Heat plate
Temp.sensor
Logic
WPH 1 WPH N
Automation
Handler Shell
Matching
Services
Order
Management
SME Extension
3D-Printer II
Shell
3D-Printer I
Shell
Manufacturing Service Bus
Additional
Services
SME Extension
Buffer
Shell
Libelium
?
Conveyer
Shell
#3 Testbed - MANUFACTURING
• Hardware Providers:
SMEs may extend the
production capabilities of the
experiment.
• Upstream Service
Providers: Integrate own
upstream value adding
services into VFK platform
• Extend Native Services:
Integrate own manufacturing
related services into VFK
platform for use in
experiment
Summary of 3 Testbeds
PUSH Testbeds
•PILOTS demonstrating DIATOMIC technology
•Modular technology (hardware & platforms)
•Combine / replace / independent use
•During DIATOMIC project:
•Free use of technology
•Design your concept
•Develop your project
•At the end: continue using or replace modules
This project has received funding from the European Union’s Horizon 2020 research
and innovation programme under grant agreement No. 761809.
Diatomic.eu
@DiatomicEU
Fb.com/DiatomicEU
https://www.linkedin.com/groups/13543145
Thanks for your attention

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DIATOMIC APPLICATION EXPERIMENTS

  • 1. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 761809. APPLICATION EXPERIMENTS Rubén Hermoso Coimbra, 26th February
  • 2. PUSH Testbeds • What are the PUSH Testbeds? • PILOTS where the DIATOMIC technology will be shown • Why are the PUSH Testbeds interesting for me? • Because I, as future DIATOMIC Open Call participant, will understand which technology I have at my disposal. • 3 testbeds: Health, Agrifood & Manufacturing
  • 3. PUSH Testbeds • 3 testbeds: Health, Agrifood & Manufacturing Inspiration
  • 4. #1 Testbed - Health
  • 5. #1 Testbed - HEALTH • There are people in remote places where the only care service that they know is the caregiver team. Difficulty on access to threatments. • Price • Keep patients on track and fast diagnosis. • Domitiliary attention • Fast intercharge of information
  • 6. #1 Testbed - HEALTH Measures from biometric sensors Cloud Platform + SDK Health Applications Management
  • 7. #1 Testbed - HEALTH • Modular components • Possibility of replacement of any module • Possibility of adding modules • APIs for programming interfaces between modules
  • 8. #1 Testbed - HEALTH • Modular components • Possibility of replacement of any module • Possibility of adding modules • APIs for programming interfaces between modules
  • 9. #1 Testbed - HEALTH • Up to 16 sensors • WiFi & Bluetooth Low Energy integrated • TFT integrated • “Audio jack” connectors • Cloud storage & APP available
  • 11. #1 Testbed - HEALTH
  • 12. #1 Testbed - HEALTH
  • 13. #1 Testbed - HEALTH
  • 14. #1 Testbed - HEALTH Standard Health Devices
  • 15. #1 Testbed - HEALTH Standard Health Devices MySignals Cloud
  • 16. #1 Testbed - HEALTH • The eVida is a web-based platform which focus on delivering services to personal health and wellbeing. The main objective of the platform is to provide the infrastructure and tools to quickly develop new applications and deliver them to end-users.
  • 17. #1 Testbed - HEALTH • Portal (Web Store) • Personal Health Record (PHR) • Security • Integration with mobile devices and biometric devices supports remote monitoring • Social Network Support • Signal Repository (OpenSignals) • Compliance with the most common standards for health related data (e.g. HL7) and device communication (e.g. IEEE11073).
  • 19. #2 Testbed - Agrofood
  • 20. #2 Testbed - AGROFOOD • Agricultural sector consumes more than 70% of available water. • In some countries agriculture occupies around 60% of the country land. • Responsible consumption of natural resources. Environment, economic factors. • Optimization
  • 21. #2 Testbed - AGROFOOD
  • 22. #2 Testbed - AGRIFOOD • Cloud platform. • REST API • SDK for developing the application • Services provided by VFK.
  • 23. #1 Testbed - HEALTH Agriculture Devices
  • 24. #1 Testbed - HEALTH Agriculture Devices Application/ Visualization
  • 25. SynField: a flexible, vendor independent solution • Main features: – Remote Field Monitoring: weather, environment, crop, soil – Cloud based data acquisition & service provision (Big Data Analytics) – Rule based engine for crop diseases prediction/detection – Automatic/Manual control of actuators (e.g. smart irrigation) – Alarms & Notifications initiation – Flexible configuration & User friendly access via web/mobile applications – On site configuration (Bluetooth) – Autonomous (powered by solar panels/re-chargeable battery) – Wide range of sensors (vendor independent) – Wide range of communications options: GPRS, WiFI, (LoRA) – Multi-hop star architecture Head Node Configuration App SynField Dashboard
  • 26. Combined SensorsSoil Temperature 10 cm 20 cm 40 cm Soil Moisture 10 cm 20 cm 40 cm 10 cm 20 cm 40 cm Cloud Connectivity • 3G/GPRS • WiFi Irrigation Control SynField Peripheral Nodes SynField Head Nodes Remote Irrigation Control Leaf Wetness Rain VolumeWind Direction & Speed Air Temperature & Humidity SynField: Remote Field Monitoring/Irrigation
  • 27. Anemometers Davis cup anemometer Low cost weather-meters Weather Stations Rain Gauges SHT-10 DS18B20 air/soil/water temperature ENV-TMP LWS leaf wetness generic pyranometers SP-Lite2CMP3 Control Equipment latching valve pump start relay Soil (moisture/temperature/EC/pH) EC-5 watermark SHT-10 5TE Vernier pH Davis 6450/6490 SynField: Wide range of sensors (vendor independent)
  • 28. SynField: Dashboard & Control App Responsive Dashboard Application Bluetooth App for on-site configuration/control
  • 29. SynField Cloud Platform SynField Cloud Platform Head Nodes Peripheral Nodes API/Adaptation Data Storage Rule Engine SMS/ Emails NotificationMetrics Engine/ Actuation SynField Application RESTFulAPI 3rd Party Applications
  • 30. #2 Testbed - AGRIFOOD Schematic structure of a typical leaf Reflectance spectra of a leaf as function of available nitrogen in soil Operating principle of the proposed device Plant -O- Meter
  • 31. #2 Testbed - AGRIFOOD Proposed device for plant stress measurement and specifically designed smartphone application Measurement setup for proposed device Plant -O- Meter
  • 32. #2 Testbed - AGRIFOOD
  • 33. #3 Testbed - Manufacturing
  • 34. #3 Testbed - MANUFACTURING • Focused on Industrial Automation (3D printing activites). • Customization: individualized or mass products. • Fast and simple to produce • Cheap, and a good tool for prototyping
  • 35. #3 Testbed - MANUFACTURING • Automated 3D-Printer in the form of a cyber- physical production system (CPPS)  No PLC. • 3D-Printers which adapt to the user’s order and optimize production according to their characteristics • Possibility of replacing 3D-Printers for other devices.
  • 36. #3 Testbed - MANUFACTURING Work Piece Holder Shell Work Piece Holder Shell XXX Shell… Heat plate Temp.sensor Logic Heat plate Temp.sensor Logic WPH 1 WPH N Automation Handler Shell Matching Services Order Management SME Extension 3D-Printer II Shell 3D-Printer I Shell Manufacturing Service Bus Additional Services SME Extension Buffer Shell Libelium ? Conveyer Shell
  • 37. #3 Testbed - MANUFACTURING • Hardware Providers: SMEs may extend the production capabilities of the experiment. • Upstream Service Providers: Integrate own upstream value adding services into VFK platform • Extend Native Services: Integrate own manufacturing related services into VFK platform for use in experiment
  • 38. Summary of 3 Testbeds
  • 39. PUSH Testbeds •PILOTS demonstrating DIATOMIC technology •Modular technology (hardware & platforms) •Combine / replace / independent use •During DIATOMIC project: •Free use of technology •Design your concept •Develop your project •At the end: continue using or replace modules
  • 40. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No. 761809. Diatomic.eu @DiatomicEU Fb.com/DiatomicEU https://www.linkedin.com/groups/13543145 Thanks for your attention