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Multi-Channel Augmented Reality Interactive Framework Design for Ship Outfitting Guidance

机译：船舶装备指导的多通道增强现实互动框架设计

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Industrial Augmented Reality (IAR) technique has been bloomed in recent years, but the interaction schemes of existing applications are relatively sole and inconvenient. To improve the interaction efficiency for complex scenes like the ship outfitting guidance, this paper proposes a natural multi-channel fusion interaction framework that integrates four information sensing channels including bar code scanning, free gesture, eye movement, and voice control to catch the user’s interaction intention comprehensively. A communication storage architecture and an asynchronous mechanism are introduced to address the multi-channel sensing signals in real-time. A prototype application was developed on the Microsoft HoloLens 2 to facilitate the product designers to browse the parts assembly sequences for process validation. Experimental results verify that the proposed method can realize the interaction intention of the subjects more intuitively and takes less responding time than the single-channel interaction scheme.
机译：近年来，工业增强现实（IAR）技术已盛开，但现有申请的交互方案相对较为唯一和不方便。为了提高船舶装备指导等复杂场景的交互效率，本文提出了一种自然的多通道融合交互框架，它集成了四个信息感测通道，包括条形码扫描，自由手势，眼球运动和语音控制来捕获用户的交互全面意图。引入通信存储架构和异步机制以实时地解决多通道感测信号。在Microsoft Hololens 2上开发了原型应用程序，以方便产品设计人员浏览零件装配序列进行过程验证。实验结果验证所提出的方法可以更直观地实现对象的交互意图，并且比单通道交互方案的响应时间更少。

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