Title (150 characters) Rapid digitisation of early-stage prototypes and physical to digital synchronisation in product design. (PhD advertised by B.

标题（150 个字符）早期原型的快速数字化以及产品设计中的物理到数字同步。

• 批准号: 2377504
• 金额: --
• 依托单位: University of Bristol
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2377504
• 关键词: Title; 150; characters; Rapid; digitisation

Summary: This project will investigate processes and technologies to capture the form and behaviour of physical prototypes and generate synchronised digital representations. The project is anticipated to include, but is not limited to: Technologies and processes to capture physical, kinematic, and dynamic prototypes, digitise form and behaviour, and detect macro- and micro-scale changes. Digital models and representation methods for physical prototypes, including data structures, data compatibility, and version control. Investigation of how prototype digitisation may best be used to accelerate prototyping processes, better support design, reduce cost, and reduce waste. Context: The divide between the digital and physical domains in design are shrinking, where integrating the power of the digital world with the tangibility of the physical has created advanced and highly capable products. Many radical, cutting-edge technologies have emerged; including the ongoing VR and AR revolution, A.I. and data-driven physical systems (i.e. self-driving cars), and virtual assistants and analytics encroaching further into the physical world. Seamless digital / physical integration often fails to transition into the processes that create such revolutionary products, particularly during prototyping, leaving design itself without the proven benefits that cutting-edge products have enjoyed. Prototyping is often a manual, skilled process, with frequent iterations between back and forward between digital and physical models of different fidelities, each tested and updated as the product develops. This process costs time and money and negates many of the emergent benefits that digital/physical integration can create.

总结：该项目将研究过程和技术，以捕捉物理原型的形式和行为，并生成同步的数字表示。该项目预计将包括但不限于：捕获物理，运动学和动态原型，数字化形式和行为以及检测宏观和微观变化的技术和流程。物理原型的数字模型和表示方法，包括数据结构、数据兼容性和版本控制。 研究如何最好地使用原型数字化来加速原型制作过程，更好地支持设计，降低成本和减少浪费。内容：设计中数字和物理领域之间的鸿沟正在缩小，将数字世界的力量与物理的有形性相结合，创造出了先进且功能强大的产品。许多激进的尖端技术已经出现;包括正在进行的VR和AR革命，AI。数据驱动的物理系统（即自动驾驶汽车），虚拟助手和分析进一步侵入物理世界。无缝的数字/物理集成通常无法过渡到创建此类革命性产品的过程中，特别是在原型设计过程中，使设计本身无法获得尖端产品所享有的经验证的优势。原型制作通常是一个手工的、熟练的过程，在不同性能的数字和物理模型之间来回频繁迭代，每个模型都随着产品的开发而测试和更新。这个过程需要花费时间和金钱，并否定了数字/物理集成可以创造的许多新兴好处。