mixed reality, robotics, autonomy, virtual reality,
This combination offers numerous advantages, such as:
- improved understanding of the robot's behavior
- improved situational awareness
- enhanced decision-making
- efficient task allocation
- enhanced troubleshooting capabilities
- streamlined optimization processes
The advantages of visualizing the state of a fleet of robots using virtual reality (VR) and enabling real-time behavior changes are undeniable by offering a new level of control, coordination, and optimization for managing multiple autonomous robots.
From logistics and manufacturing to automation and beyond, visualizing the state with immersive tools and changing the behavior of a fleet of robots opens new possibilities for seamless and intelligent robotic operations.
The advantages of visualizing the state of a fleet of robots using virtual reality (VR) and enabling real-time behavior changes are undeniable by offering a new level of control, coordination, and optimization for managing multiple autonomous robots. From logistics and manufacturing to automation and beyond, visualizing the state with immersive tools and changing the behavior of a fleet of robots opens new possibilities for seamless and intelligent robotic operations.
- Integration of headsets devices with ROS
- Visualize the current state of the robot/fleet (i.e. perception data, current plan, beliefs, algorithm parameters)
- Update the current state of the robot/fleet (i.e. perception data, current plan, beliefs, algorithm parameters)
- Design novel methods to operate, both locally and remotely, a single robot and a fleet of robots
- Integration of headsets devices with ROS - Visualize the current state of the robot/fleet (i.e. perception data, current plan, beliefs, algorithm parameters) - Update the current state of the robot/fleet (i.e. perception data, current plan, beliefs, algorithm parameters) - Design novel methods to operate, both locally and remotely, a single robot and a fleet of robots
