Indoor Positioning Demo: 15m Beacon Range | Marvelmind
What This Video Covers
Live demonstration of Marvelmind's indoor positioning system in action at Skolkovo Robotics Conference 2015. Watch a mobile beacon (blue) in hand perform a round walk with stationary beacons (green) spaced 15 meters apart. Real-time Dashboard capture shows system performance without editing—exactly what customers experience during typical indoor tracking scenarios.
Video Contents
Key Takeaways
- 15-meter beacon spacing provides practical coverage for medium-sized warehouse and facility sections
- Real-time Dashboard visualization shows smooth, continuous position tracking without post-processing or editing
- Mobile beacon tracking maintains accuracy in dynamic indoor environments during autonomous robot and forklift operations
- Ultrasonic positioning system operates independently of GPS, enabling reliable indoor location tracking in warehouses and enclosed spaces
- Beacon configuration directly impacts indoor navigation system coverage, installation requirements, and total system cost
Who Should Watch This
Robotics engineers and warehouse automation managers evaluating indoor positioning systems need to understand practical beacon spacing and real-time tracking accuracy. This demo solves the critical planning question: how far apart can beacons be while maintaining reliable indoor location tracking for autonomous robots and mobile applications?
FAQ
Detailed Overview
This product demo showcases Marvelmind's ultrasonic indoor positioning system performing real-time location tracking with beacon spacing of up to 15 meters. Filmed at Skolkovo Robotics Conference 2015, the video presents an unedited, real-time Dashboard capture of a round walk trajectory. The demonstration features a mobile beacon held in hand navigating around stationary beacon positions arranged at 15-meter intervals, illustrating the system's ability to maintain accurate indoor location tracking across practical deployment distances. The Dashboard visualization displays position data exactly as system users see it during operation. This type of spatial configuration is essential for warehouse automation, autonomous indoor robot navigation, and indoor drone positioning applications. The video provides valuable reference data for planning indoor positioning system implementations where beacon spacing directly impacts coverage area, installation complexity, and overall RTLS performance. Viewers can observe how the mobile beacon's position tracks smoothly relative to the stationary beacon network, demonstrating the real-time responsiveness required for autonomous vehicle guidance and indoor navigation systems.
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