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A novel digital dentistry platform based on cloud manufacturing paradigm

机译：基于云制造范式的新型数字牙科平台

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摘要

Dentistry technology has been developed drastically during past two decades and the application of software and automated digital equipment have been proposed to have the most influence. Digital dental workflow includes four phases: scan, design, production planning and production which in each of the phases, the various software packages and digital devices are required. In addition, workflow in dentistry requires intensive cooperation among dentists, dental laboratories, technicians, imaging and production centres. This paper has developed anovel platform for digital dentistry, which facilitates the interoperability among different digital components and improves digital workflow in acollaborative environment. The platform is inspired by the cloud manufacturing paradigm for enabling the interoperability and collaboration management and also applies the DICOM standard to improve the integration for the coordination among the different stakeholders. The paper has proposed the application PACS concept to include design, implant planning, process planning and production workstations. The paper has conducted acomprehensive case study through ascenario-based workflow simulation. The exchange of data among the participants was investigated while the different digital components were collaboratively engaged, and the digital workflow was seamless. The application of Cloud manufacturing paradigm enables the sharing of resource capacity while distributed geographically.
机译：牙科技术在过去二十年中大幅发展，已经提出了软件和自动化数字设备的应用，以获得最大影响。数字牙科工作流程包括四个阶段：在每个阶段，扫描，设计，生产计划和生产，需要各种软件包和数字设备。此外，牙科工作流程需要在牙医，牙科实验室，技术人员，影像和生产中心之间密切合​​作。本文为数字牙科开发了Anovel平台，这促进了不同数字组件之间的互操作性，并在侵入性环境中提高数字工作流程。该平台受到云制造范例的启发，用于实现互操作性和协作管理，并应用DICOM标准，以改善不同利益相关者之间的协调的集成。本文提出了应用PACS概念，包括设计，植入计划，流程规划和生产工作站。本文通过基于基于Ascenario的工作流程模拟进行了Acompreply案例研究。研究了参与者之间的数据交换，而不同的数字组件正在协作接合，并且数字工作流程是无缝的。云制造范式的应用可以在地理上分发时的资源容量分享。

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