Trends In Control And Decision Making For Human Robot Collaboration Systems A Hands On Game Changing Guide To Smarter Automation And Safer More Efficient Human Centered Workflows In Modern Teams
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Smarter Automation through Human-Robot Collaboration
✔️ Softcover reprint, 437 pages, English, 2018 release
✅ Pages: 437; Language: English; Release Date: 12-07-2018
✅ Focus: control design for human-robot collaboration in uncertain or complex environments
✅ Topics: one-human-one-robot, one-human-multi-robot, and human-swarm collaboration
✅ Applications: assistive technology, driverless vehicles, cooperative mobile robots, manufacturing robots, swarm robotics
- Trust and decision-making in one-human-one-robot and swarm contexts for reliable operation
- Real-world applications: assistive tech, driverless vehicles, manufacturing robots
✝️
✔️ Softcover reprint, 437 pages, English, 2018 release
This book provides a comprehensive overview of recent research in the automation and control of robotic systems that collaborate with humans. It highlights how human strengths, high-level decision making, flexibility, and dexterity, can be paired with robotic precision to handle repetitive tasks and dangerous environments. The focus is on quantitative methods and control design for guaranteed robot performance while balancing the human experience in physical and social human-robot interaction.
✅ Edition: Softcover reprint of original 1st ed. 2017✅ Pages: 437; Language: English; Release Date: 12-07-2018
✅ Focus: control design for human-robot collaboration in uncertain or complex environments
✅ Topics: one-human-one-robot, one-human-multi-robot, and human-swarm collaboration
✅ Applications: assistive technology, driverless vehicles, cooperative mobile robots, manufacturing robots, swarm robotics
💡 What is a handy handbook for control and decision making in human-robot collaboration systems?
Short intro: This handy guide explains how to blend human judgment with robotic accuracy to flatten risk and boost efficiency.
- Shared control strategies between humans and automation for safety and efficiency- Trust and decision-making in one-human-one-robot and swarm contexts for reliable operation
- Real-world applications: assistive tech, driverless vehicles, manufacturing robots
✝️
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