Robotics Research Lab

Bomag BW154 & BW174

Description

The two road rollers BW154 and BW174 of the Bomag GmbH are research platforms of the AMMCOA project. In a road production scenario, approaches for the coordination of different autonomous construction machines such as road pavers, feeders, rollers and trucks are being researched. As a paver requires a continuous mass flow, feeders and trucks must be coordinated accordingly to ensure a steady supply. Likewise, a cooperation of the road rollers for the compression of the material takes place, because of the compression process is subject to high time and precision requirements.

As part of this, two road rollers were converted to fully autonomous systems and equipped with variable sensors for environmental awareness and surround safety. In addition to the development of control concepts for the individual rolls in a road construction environment, equally complex cooperation solutions are being developed. Here, the systems benefit from high bandwidths of a local "5G" communication infrastructure.

In addition to the development of real road rollers, also complex scenarios are simulated. Thus, complex construction area environments can be created virtually and the research approaches can be checked in advance and with any number of cooperation partners. After successful simulation tests, a transfer of control software and validation takes place on the real platforms.

Contact

M. Sc. Patrick Wolf

Thorsten Ropertz

Images

Videos

Publications

Sort by: Author, Year, Title

  • Extending Skills of Autonomous Off-Road Robots on the Example of Behavior-Based Edge Compaction in a Road Construction Scenario.
    Patrick Wolf, Axel Vierling, Jörg Husemann, Karsten Berns and Peter Decker
    Commercial Vehicle Technology 2020. Proceedings of the 6th Commercial Vehicle Technology Symposium – CVT 2020, (2020)
  • Towards High-Quality Road Construction. Using Autonomous Tandem Rollers for Asphalt Compaction Optimization.
    Jörg Husemann, Patrick Wolf, Axel Vierling, Karsten Berns and Peter Decker
    Proceedings of the 37th International Symposium on Automation and Robotics in Construction (ISARC), S. 90 - 97. (2020)
  • Autonomous Coordinated Control of Tandem Rollers for Street Construction.
    Jörg Husemann
    (2019)
  • Behaviour Based Control Strategy for Double Ackermann Steering Control of Bomag Autonomous Tandem Road Rollers.
    Akash Yadav
    (2019)
  • Distributed Coordination and Task Assignment of Autonomous Tandem Rollers in Road Construction Scenarios.
    Patrick Wolf, Thorsten Ropertz, Alexander Matheis, Karsten Berns and Peter Decker
    36th International Symposium on Automation and Robotics in Construction (ISARC 2019), S. 953 - 960. (2019)
  • White Paper. High Quality Road Construction using 5G-AMMCOA. Autonomous Mobile Machine Communication for Off-Road Applications.
    Patrick Wolf, Thorsten Ropertz, Karsten Berns and Peter Decker
    , S. 1 - 7. (2019)
  • Auf dem Weg zur autonomen Straßenfertigung. Kooperation und Kommunikation von vollauto­matisierten Nutzfahrzeugen in der Baustelle von morgen am Beispiel von BOMAG Tandemwalzen..
    Karsten Berns, Patrick Wolf and Peter Decker
    CVC News, Vol. 1, S. 12 - 15. (2018)
  • Behavior-Based Low-Level Control for (semi-) Autonomous Vehicles in Rough Terrain.
    Thorsten Ropertz, Patrick Wolf and Karsten Berns
    Proceedings of ISR 2018, S. 386 - 393. (2018)
  • Behavior-based collaboration and distributed task assignment of autonomous tandem rollers in street construction scenarios.
    Alexander Matheis
    (2018)
  • Cooperation and Communication of Autonomous Tandem Rollers in Street Construction Scenarios.
    Thorsten Ropertz, Patrick Wolf, Karsten Berns, Jochen Hirth and Peter Decker
    Commercial Vehicle Technology 2018. Proceedings of the 5th Commercial Vehicle Technology Symposium – CVT 2018, S. 25 - 36. (2018)
  • Behavior-Based Cooperation Strategies for Construction Machines.
    Alexander Klein
    (2016)

 

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