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Smart Hybrid Prototyping in manual automotive assembly validation

机译:手动汽车装配验证中的智能混合式原型设计

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摘要

Smart Hybrid Prototyping (SHP) describes a method for early multimodal design testing with the help of mixed reality technologies. As required by past problem specific research results in manufacturing engineering, this innovative multidisciplinary concept has recently been transferred towards manual assembly validations. By describing a development process for SHP in the assembly context, this work contributes to a future integration in industrial research and process design workflows. Successfully implemented use cases in the field of automotive assembly process validation are presented. Latter demonstrate various complexities of the prototype systems composed by virtual and physical model characteristics.
机译:智能混合原型(SHP)描述了在混合现实技术的帮助下进行早期多峰设计测试的方法。根据过去问题的特定研究导致制造工程的研究成果,这种创新的多学科概念最近已转移到手动装配验证。通过描述大会上下文中SHP的开发过程,这项工作有助于未来的工业研究和工艺设计工作流程。呈现了在汽车装配过程验证领域成功实现的使用情况。后者展示了虚拟和物理模型特征组成的原型系统的各种复杂性。

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