AEF-ISOBUS: State of the Art and Future Directions

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1 Agricultural mechanization: present meets future! November 2017 Hannover, Germany AEF-ISOBUS: State of the Art and Future Directions Peter van der Vlugt

2 Content Introduction and short History AEF and ISOBUS today; State of the Art AEF Organization and development work International bodies and cooperation Conclusion

3 Why standards? Farmers buy different brands of tractors and implements PTO Hitch Aux Valves Lights ISOBUS Next comes Data

4 Not just orange or blue.. Most of them are equipped with ISOBUS

ISOBUS market introduction Early 2000s: ISO-11783 commonly named ISOBUS ISOBUS started

DLG tests Many companies involved worldwide Different interpretations of the standard (the

5 ISOBUS market introduction Early 2000s: ISO commonly named ISOBUS ISOBUS started slowly in 2001 Since 2005 rapid growth in ISOBUS applications Plugfests for testing, and DLG tests Many companies involved worldwide Different interpretations of the standard (the standard is extensive!) Incompatibility issues Bad start Need for structured Conformance Testing

6 Typical ISOBUS system Sold with wrong marketing promises, mainly due to lack of knowledge

7 Founding of AEF Lesson learnt: Implementation of complex standards require coordination and cooperation! Agricultural Industry Electronics Foundation Founded in October 2008 by 7 major Agricultural Equipment manufacturers and 2 Associations

8 AEF growth

9 Content Introduction and short History AEF and ISOBUS today; State of the Art AEF Organization and development work International bodies and cooperation Conclusion

AEF Products Certification through AEF Conformance Test

Test Labs Certified Equipment will be stored in the AEF

Plugfests Up to 250 participants testing equipment Web based

10 AEF Products Certification through AEF Conformance Test (Hardware and SW Functionalities) AEF works with 5 recognized Test Labs Certified Equipment will be stored in the AEF Database AEF ISOBUS Database Organization and hosting of Plugfests Up to 250 participants testing equipment Web based Training Modules AEF publishes Guidelines Implementation or Functional Safety guidelines

Conformance Test Highly automated test suite, for in-house use by engineering departments, as well as for the official certification at an AEF Test Lab To ensure the highest possible

11 Conformance Test Highly automated test suite, for in-house use by engineering departments, as well as for the official certification at an AEF Test Lab To ensure the highest possible degree of reliability for customers To ensure that ISOBUS products actually support a specific functionality To ensure storing formal result in the AEF Database Conformance Test Video

12 Released Functionalities UT Universal Terminal. AUX Auxiliary Control. TC-BAS Task Controller - Basic. TC-GEO Task Controller - GEO-based. TS-SC Task Controller - Section Control. TECU Tractor ECU. ISB ISOBUS Shortcut Button. FMIS Farm Management Information Software - ISO-XML data file exchange certification.

13 ISOBUS Today?

14 AEF Database

15 AEF Database App Apple ios Android Google Play Free to use Signup with account

Statistics AEF Database sep-16 jan-17 jun-17 okt-17 AEF members 204 204 206 206 Manufacturer 198 198 200 200 Active with CT and product data 30 32 33 37 Involved brands 81 84 85 92 Testinstitutes 6 6

16 Statistics AEF Database sep-16 jan-17 jun-17 okt-17 AEF members Manufacturer Active with CT and product data Involved brands Testinstitutes DB User Manufacturer Dealer Testinstitutes Plugfest Visitors Customer DB Products Product families Products Product versions Certified components DLG NTTL REI TCI Kereval Manual Compatibility Check Manufacturer Dealer Customer Number of Logins Manufacturer Manufacturer Admin Manufacturer Service Manufacturer User Test Institutes Dealer Customer Open Compatibility Tickets

17 PlugFests # OF PARTICIPANTS Founding of AEF Oct YEAR

PlugFests 2018 Spring PlugFest US: Lincoln,

Embassy Suites Hotel Fall Plugfest EU (10 YEARS

18 PlugFests 2018 Spring PlugFest US: Lincoln, Nebraska, USA May, 2018 (incl. Meetings & Conference) Please note: One week later than previous years! Embassy Suites Hotel Fall Plugfest EU (10 YEARS AEF!): Bologna, Italy September, 2018 In parallel SC, GA and Conference Day(s) Savoia Regency Hotel

19 Content Introduction and short History AEF and ISOBUS today; State of the Art AEF Organization and development work International bodies and cooperation Conclusion

20 Organization

21 Core members Companies: AGCO, Claas, CNH, John Deere, Krone, Kverneland, Pöttinger, SDF Associations AEM, FederUnacoma, VDMA

22 Project Teams Project Teams Team Lead PT1: Conformance Test Jaap van Bergeijk - AGCO PT2: Functional Safety Peter Münch - JD PT3: Engineering & Implementation Ludger Autermann - Claas PT4: Service & Diagnostics Bruno Klöpper - Krone PT5: ISOBUS Automation/TIM* Hans Jurgen Nissen - JD PT6: Communication & Marketing Andrew Olliver - CNHi PT7: High Voltage Harald Dietel - STW PT8: Camera Systems Gerald Klein Motec PT9: FMIS software* Hannes Schallermeyer - FarmFacts PT10: High Speed ISOBUS * Dave Smart - John Deere PT11: Wireless Infield Communications* Johann Witte Müller Elektronik * See next slides/presentations

23 Future Networks / Connectivity TIM Tractor Implement Management* Data Management / FMIS interfaces High Speed ISOBUS* Wireless Infield Communications* * Presented later by M. Mongiardo - CNHi Source:CEMA

Data Exchange - FMIS Data exchange is standardized in ISO11783, Parts 10 & 11 Currently data is transported by USB stick No longer adequate and useful Direct wireless communication of task data is

24 Data Exchange - FMIS Data exchange is standardized in ISO11783, Parts 10 & 11 Currently data is transported by USB stick No longer adequate and useful Direct wireless communication of task data is necessary AEF is developing a new data transmission, called EFDI EFDI stands for Extended FMIS Data Interface It replaces the function of the USB stick in the Machine / FMIS chain Communication channels could be Mobile Communications Bluetooth Wireless LAN.

technology in the scope This will lead to new possibilities; The expansion of

25 High Speed ISOBUS Existing ISOBUS is CAN based Speed and bandwidth are at the limit Need for increasing bandwidth on the Bus, to ease and speed up data exchange Ethernet technology in the scope This will lead to new possibilities; The expansion of diagnostics The support of electric drives M2M communications Connection of real-time video systems

26 Radio based communication Challenges: Machines operate in rural areas with low population density Low bandwidth and bad cellular coverage 90% of the world population today is connected via cell phone Only 30% of the landscape is covered by cellular radio and even less with 3G General demand for standardization of wireless direct M2M communication

27 Content Introduction and short History AEF and ISOBUS today; State of the Art AEF Organization and development work International bodies and cooperation Conclusion

28 AEF and ISO ISO: The International Standardization body Well established process: Authoring, review and balloting process International reach and relevance International Publication of Standards AEF: Standards adoption and implementation guidelines Fund prototyping and test development Prepare guidelines for standardization Direct and prioritize standards development effort

AEF and ISO ISO TC23/SC19/WG1 Task Forces Author, review, clarify, publish Engineering & Implementation Project Group Input & Feedback ISO 11783 Standard Input &

29 AEF and ISO ISO TC23/SC19/WG1 Task Forces Author, review, clarify, publish Engineering & Implementation Project Group Input & Feedback ISO Standard Input & Feedback Communication & Marketing Project Group Defines Functionalities Conformance Test Project Group Defines Functionalities Input & Feedback ISOBUS Functionalities

30 AEF and AgGateway

31 CEMA / EU cooperation

32 ETSI-AEF Pilot Use case: Tractor leaves field entering a road Send information when entering a street All cars within a range gets a message: Slow moving machine in front of you Slow moving machine in front of you

33 Content Introduction and short History AEF and ISOBUS today; State of the Art AEF Organization and development work International bodies and cooperation Conclusion

34 Conclusion Customers expect seamless connectivity Between Tractors and Implements; Between Data Management and equipment Industry cooperation is a must Industry Standards needed for communication and data exchange AEF facilitates the practical implementation and cooperation for this AEF facilitates cooperation with other Industry bodies and organizations

35 Welcome to the AEF Booth New flyers for; Customers/Dealers Manufacturers Expert Sessions; Sunday 15:00 17:00 Monday 13:00 15:00 Tuesday 15:00 17:00 Wednesday 11:00 13:00 Thursday 13:00 15:00 Friday 11:00 13:00 Happy hours; Monday 16:00 17:00 Wednesday 17:00 18:00 Location: Hall 15: Stand F33

36 Thank you very much for your attention! For Support:

CLUB OF AEF. Ag Industry s initiative in electronic standards implementation. Peter van der Vlugt November 10, 2013

CLUB OF AEF. Ag Industry s initiative in electronic standards implementation. Peter van der Vlugt November 10, 2013 AEF Ag Industry s initiative in electronic standards implementation Introduction Peter van der Vlugt Chairman of AEF R&D Manager Kverneland Group Mechatronics Overview Electronics Standards ISOBUS introduction