Virtual Stage Parallel Simulation Digital Twin
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Solution Overview
Problem
Current stage design and management technologies lack a comprehensive solution for simulating and controlling large-scale, dynamic multimedia stages with thousands of LED display screens, leading to inefficiencies and high costs in design, operation, and maintenance.
Innovation Solution
A virtual stage based on parallel simulation is established, utilizing a 'digital twin' concept that includes a stage modeling unit, motion simulation unit, display simulation unit, and data extraction output unit to model, control, and manage the stage, enabling efficient design, real-time monitoring, and cost-effective operation by simulating the entire stage process, including LED screen displays.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If a virtual stage based on parallel simulation is established to simulate and control large-scale dynamic multimedia stages, then design efficiency and management capability are improved, but system complexity and initial setup costs increase
Solution Approach 1:
The patent creates a virtual copy (digital twin) of the physical stage system, including virtual models of lifting platforms, LED screens, and other stage equipment. This virtual replica allows for simulation, testing, and management without affecting the actual physical system, thereby improving design efficiency while isolating system complexity to the virtual domain
Solution Approach 2:
The stage system is divided into multiple independent modular units (lifting platforms, LED screen modules, simulation components). Each module can be independently modeled, simulated, and controlled in the virtual environment, making the complex system manageable through decomposition into smaller controllable units
2Measurement precision
If comprehensive simulation of the entire stage process including LED screen displays is implemented, then control precision and monitoring capability are improved, but computational requirements and processing time increase
Solution Approach 1:
The virtual stage system performs preliminary simulation and testing of stage configurations, LED screen displays, and lifting platform movements before actual execution. By pre-calculating and optimizing parameters in the virtual environment, the system achieves precise control monitoring while reducing real-time processing requirements and execution time
Solution Approach 2:
The patent replaces physical trial-and-error testing and manual monitoring with virtual simulation and digital monitoring systems. This substitution allows for comprehensive measurement and monitoring of stage parameters without the time consumption and resource requirements of physical experimentation
3Adaptability or versatility
If multiple lifting platforms and LED display screens are used to create dynamic multimedia effects, then stage creativity and visual impact are enriched, but operational complexity and maintenance costs increase
Solution Approach 1:
The virtual stage system serves multiple functions: design visualization, operational simulation, real-time monitoring, and maintenance planning. This multi-functional platform allows stage creators to explore creative configurations while the system handles operational complexity, providing an integrated solution that enhances creativity without proportionally increasing operational burden
Solution Approach 2:
The virtual simulation system acts as an intermediary between the creative design phase and the actual operational phase. It translates creative concepts into actionable control parameters, manages the complexity of coordinating multiple lifting platforms and LED screens, and provides a buffer that simplifies the interface between operators and the complex physical system
Data Source
AI summary
A virtual stage based on parallel simulation, includes a stage modeling unit, a motion simulation unit, a display simulation unit, and a data extraction output unit. The stage modeling unit performs stage simulation modeling according to the designed stage styling; the motion simulation unit simulates a stage motion in a simulation system according to the designed stage animation; the display simulation unit is configured to simulate LED screen display of the stage in the simulation system according to the designed stage background. The data extraction output unit includes a styling extraction output unit, a motion extraction output unit and a display extraction output unit, which are configured to extract data from the stage modeling unit, the motion simulation unit, and the display simulation unit respectively for processing and conversion, and output geometric styling parameters of an actual stage, stage mechanical motion parameters, and stage LED screen display parameters.