The Lumi Link 3DH Series Holographic 3D Intelligent Interactive Digital Virtual Sand Table is a product form that integrates a holographic 3D intelligent interactive system with a digital virtual sand table. The 3D display medium is presented on a horizontal screen, allowing the main operator to control the holographic 3D scene in real time using a wireless controller. Other viewpoints can view the holographic 3D content via the AR sharing feature. This innovative system does not rely on physical models, enabling dynamic, interactive 3D models to "stand on the sand table," delivering a unique visual experience to users.
In other words, the product uses "holographic 3D" as the core visual concept, combining optical positioning, motion capture, and other interactive systems to create a comprehensive information processing platform. It transforms traditional screen usage by moving from 2D to 3D, from fixed points to 360-degree surround views, and from static to real-time interactive displays, thereby enhancing human-machine interaction immersion.
Fusion of Holographic, 3D, and Interactive New Human-Machine Intelligent Interaction Products
When it comes to highly immersive human-machine interaction experiences, the first thought might be wearing a VR headset or AR glasses to interact with a virtual environment for a truly immersive experience. Holographic 3D display technology, as a form of augmented reality (AR), has made notable achievements in industry applications. The 3D images created through holographic technology eliminate the distance between the user and the computer screen, bringing digital images into the "real world." The commercial implementation of holographic technology has led to various product forms, including applications in glasses-free 3D displays for product presentations, stage effects, and more.
Unlike VR headsets, which are primarily focused on closed immersive experiences, this interactive system is highly suitable for B2B collaborative scenarios. For businesses with such needs, this solution provides an open immersive experience. Its application areas include real estate displays, exhibitions, smart cities, cultural creative exhibitions, military simulation, education and training, medical training, industrial simulations, and more.
From a content perspective, traditional 3D project development is more mature and widespread compared to VR content, with more reference cases and a broader audience. It also has a stronger monetization potential. For government and enterprise clients, this immersive display model, which lies between traditional methods and cutting-edge technology, is easier to accept and promote. In educational scenarios, it aligns better with hands-on, collaborative learning concepts.
Interactive Digital Virtual Sand Table Based on 3D Simulation and Holographic 3D Display Technology
By combining computer 3D simulation technology with optical spatial positioning-based viewpoint tracking holographic 3D display, the system enables the three-dimensional representation of 3D scenes. The interaction between the user and the virtual sand table is achieved through the core optical spatial positioning and human-machine interaction technologies from RuiLiVision, which capture the spatial data of the controller. The controller sends commands to control the holographic 3D content in real-time, displaying the 3D content on a horizontal screen.
Building an interactive holographic 3D virtual sand table system is challenging, as it relies on computer vision principles to enable multiple high-speed cameras to monitor and track target feature points from different angles. The system also integrates algorithms using glasses and controllers with markers to capture the relative position of the head and the user.
By using marker-based optical motion capture algorithms, optical spatial positioning, viewpoint tracking holographic 3D display, digital virtual scene intelligent interaction, and dual-view omnidirectional 3D control technologies, the system creates a comprehensive immersive experience. When the user wears 3D glasses with positioning markers, 3D content appears to stand on the physical surface of the LED screen.
Main Applications of the Holographic 3D Intelligent Interactive Digital Virtual Sand Table:
Military Situation Simulation
VR Education Training
Industrial/Architectural/Medical Simulation Training
Entertainment Interaction
Exhibitions and Displays
Digital Twin 3D Visualization Applications
Advantages of the Holographic 3D Intelligent Interactive Digital Virtual Sand Table:
Based on optical spatial positioning technology
Digital virtual scene intelligent interaction
Viewpoint tracking holographic 3D display
Dual-view omnidirectional 3D control
Conclusion
The Holographic 3D Intelligent Interactive Digital Virtual Sand Table integrates a holographic 3D intelligent interactive system into a digital virtual sand table. Using wireless controllers and holographic 3D content, operators can manipulate the 3D display presented on a horizontal screen in real time.
The Holographic 3D Desktop Interactive System applies holographic 3D intelligent interaction to a desktop format, using lightweight interactive pens and holographic 3D content to manipulate 3D displays via a desktop 3D display system.
The Holographic 3D Intelligent Interactive Large-Screen Display System utilizes holographic 3D intelligent interaction for large screen displays, using wireless controllers and holographic 3D content to manipulate large 3D displays or projections.
The Holographic 3D Large-Screen & VR Fusion Interactive System combines the "Holographic 3D Intelligent Interactive Large-Screen Display System" with a large-scale VR multi-user interactive system to create an immersive digital interactive space. This system supports multi-user synchronous collaboration across different platforms, providing a real-time interactive experience.
