Autonomous Delivery Robot in Smart Cities
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This content demonstrates the design and operation of autonomous delivery robots within an urban environment.
It includes interactive simulation features for decision-making on key variables such as delivery speed and success rate, helping users explore and evaluate alternative logistics scenarios.
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This content provides an educational guide on how to plant and weed using a robotic arm.
It also includes a checklist and tutorial for equipment installation, ensuring users can verify proper assembly and safe operation of the robotic system in the field.
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SPOT, a quadruped robot, requires complex operations such as unboxing and undoxing, often needing two operators.
This AR manual, designed for HoloLens 2, augments the printed manual with interactive 3D arrows, Description, and video.
It enables users to perform undoxing with both hands free, offering clear guidance through each step of the process.
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This content provides an intuitive guide to charging SPOT’s battery using visual elements such as images and videos.
Through AR manuals, users can precisely follow the charging procedure of SPOT’s complex battery system, ensuring safe and reliable power management for continuous operation.
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This content visualizes an automated manufacturing process using multi-joint robots and Automated Guided Vehicles (AGVs).
Multi-joint robots perform specialized tasks at each station, while Jig-type AGVs transfer materials between processes.
Individual parts are recognized and positioned on the AGV jig, welded by two robotic arms, and then assembled into a finished product loaded onto racks.
It delivers a clear and detailed view of how robotic automation streamlines industrial workflows.
Check point
Checkpoint 1. Improving Work Efficiency
Robot automation and autonomous driving technologies enable effective learning to accelerate production processes and logistics operations.
Checkpoint 2. Enhancing Real-Time Problem-Solving Skills
By strengthening capabilities such as battery management and robot arm operation, users can respond quickly to on-site challenges.
Checkpoint 3. Providing a Safe Learning Environment
Simulations improve the safety of real working environments and help prevent mistakes in advance.