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Effective HRI methods that can be applied to enhance robotic design guidelines across the public and private sectors.

Effective HRI methods that can be applied to enhance robotic design guidelines across the public and private sectors.

The 2015 DARPA Robotics Challenge (DRC) Finals provided a forum to conduct the industry’s most extensive study of how levels of robot autonomy and interaction affect HRI team performance. DARPA selected Boston Engineering to lead a team of independent researchers to monitor DRC events and to identify effective HRI methods that can be applied to enhance robotic design guidelines beyond DRC events.

This report provides HRI recommendations that have implications in the public and private sectors. Download this extensive report for detailed HRI design guidelines and considerations, including:

  • Multiplying and dividing sensor fusion
  • Balancing the operator/robot¬†
    responsibility
  • Separating mobility and manipulation
    tasks with similar control methods
  • Maintaining situational awareness¬†
    using minimal bandwidth
  • Minimizing ¬†the number of operators
  • Designing holistically
Solving Component Lead Time Issues and Designing for the Future

Solving Component Lead Time Issues and Designing for the Future

CASE STUDY
Closing Expertise Gaps for System Hardware Communication

Closing Expertise Gaps for System Hardware Communication

CASE STUDY

This report provides HRI recommendations that have implications in the public and private sectors. Download this extensive report for detailed HRI design guidelines and considerations, including:

  • Multiplying and dividing sensor fusion
  • Balancing the operator/robot¬†
    responsibility
  • Separating mobility and manipulation
    tasks with similar control methods
  • Maintaining situational awareness¬†
    using minimal bandwidth
  • Minimizing ¬†the number of operators
  • Designing holistically

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