Intelligent virtual interaction method based on digital twinning
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- JIANGSU ZHUODUN INFORMATION TECH CO LTD
- Filing Date
- 2026-03-13
- Publication Date
- 2026-07-10
AI Technical Summary
[0003]现有数字孪生技术在虚拟交互的动态重构过程中，缺乏对虚拟对象标识、语义属性及拓扑关系变化所引发的交互语义断裂与操作逻辑不连续性的有效处理机制，导致用户虚拟交互体验的连贯性不足，影响了数字孪生系统的交互准确性与稳定性
[0038]By collecting virtual object identifiers, semantic attributes, and topological relationship data before and after dynamic reconstruction of a digital twin, and constructing a set of virtual object difference mapping data, object changes during the dynamic reconstruction process of the digital twin can be structurally expressed and used as a unified input for subsequent processing. Based on the semantic continuity of virtual interactions and the transferability of interactive operation logic, an impact analysis of interaction state changes is conducted, forming semantic continuity impact data and operation logic transfer evaluation data, providing quantifiable criteria for judging semantic and operational changes. Furthermore, a virtual object semantic matching method is used to establish the semantic correspondence between virtual objects before and after reconstruction and generate semantic mapping adjustment data, ensuring that the semantics of objects interacting before reconstruction are consistently mapped after reconstruction. Simultaneously, the interaction state machine transition method is used to analyze the state differences of the interaction operations before and after reconstruction and generate operation logic transition path data, so that the interaction process has a reusable transition path after model evolution; the semantic mapping adjustment data and operation logic transition path data are fused and analyzed to determine the interaction semantics and operation logic transition strategy data, so that semantic updates and state transitions have unified strategy constraints; finally, the interaction semantics update and interaction logic state smooth transition are executed according to the interaction semantics and operation logic transition strategy data, thereby maintaining the semantic coherence and logical continuity of virtual interaction operations during the dynamic reconstruction of the digital twin, reducing the probability of interaction mismatch and process interruption, and improving the stability and consistency of the virtual interaction process.
Smart Images
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