4.2 KiB
4.2 KiB
Mobile/VR/AR Application UI/UX Community Group Meeting Notes
Date: Mon. May 20, 2024
6:00 PM - Ronaldson Bellande
- Hello
6:05 PM - Ronaldson Bellande
- Introduction to the mobile VR workstation.
6:10 PM - Ronaldson Bellande
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Agenda for today's introduction:
- Evolution of robotics against human-machine-robot interaction
- Health care application
- Electronics and industrial enhancements
- Engineering enhancements and educational and training benefits
- Industrial and automation capabilities
- Remote safety and accessibility and inclusivity
- Future trends and opportunities
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Personal Introduction:
- Name: Ronaldson Bellande
- Background: PhD student in robotics, AI, healthcare, configuration, and auto machinery.
- Current Role: PhD student and involved in startups and organizations.
- Research Focus: Robotics, mobile AR/VR technologies, multi-dimensional space, machine learning, and algorithms.
6:15 PM - Ronaldson Bellande
- Overview:
- Mobile AR and VR technology enhances machine interaction and expands possibilities.
- Mobile AR bridges physical and digital realms, benefiting data visualization, healthcare, electronics, and engineering.
6:20 PM - Ronaldson Bellande
- Evolution of Robotics:
- Initial stages of robotics had limited interaction.
- Mobile AR/VR technologies now accelerate remote operation, simulation, and training of robots.
- Mobile devices enable remote control of robots, improving safety and interaction.
6:20 PM - Ronaldson Bellande
- Healthcare Applications:
- AR/VR assist in surgery and healthcare applications.
- Technologies enable detection of falls, remote assistance, and training for medical scenarios.
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- Electronics Industry Advancements:
- Mobile control of robots improves manufacturing and processing efficiency.
- AR reduces downtime in maintenance and repair, enhancing safety.
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- Engineering Innovations:
- AR/VR allows visualization of 3D models, improving design and safety.
- Enables real-time collaboration on complex projects.
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- Educational and Training Benefits:
- Enhances students' ability to perform complex tasks across various fields.
- Facilitates seamless collaboration and reduces downtime in project development.
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- Industrial Automation Advantages:
- Mobile control automates warehouse operations, improving inventory management and reducing training costs.
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- Remote Work Capabilities:
- Enables seamless project collaboration over long distances.
- Reduces downtime and enhances productivity.
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- Safety and Risk Mitigation:
- Remote control of robots lowers risk and reduces physical interaction with dangerous tasks.
- Enhances decision-making and reduces errors.
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- Accessibility and Inclusivity:
- Facilitates collaboration with other organizations and teams, regardless of location.
- Promotes inclusive participation in projects and training.
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- Future Trends and Opportunities:
- AI and sensor technologies will continue to drive innovation in AR/VR.
- Enhanced interaction and automation capabilities will unlock new possibilities.
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- Mobile AR Robot Control Project:
- Allows multiple users to control robots remotely.
- Provides real-time visualization of robot activities on mobile and tablet devices.
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- Simulation and Real-World Scenarios:
- Enables error detection and correction through simulation.
- Facilitates remote interaction and training.
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- Collaborative Control of Robots:
- Multiple users can control and interact with robots for various tasks.
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- Conclusion of the Presentation:
- Open-source contributions to the mobile AR/VR communication system.
- Encouragement to participate in advancing the technology.
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- End of the Meeting:
- Announcement of the next meeting focused on healthcare applications.
- Monthly meeting schedule to be updated on the calendar.
6:35 Ronaldson Bellande
- Meeting adjourned.