Concurrent Engineering in maxillo-facial surgery: the role of Virtual Reality and Rapid Prototyping

机译：颌面外科的并发工程：虚拟现实和快速原型的作用

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The evolution of Computer Tomography and Rapid Prototyping allows production of accurate replicas of the internal anatomical structures of the specific patient. However, the exploitation of all the possibilities offered by these technologies can be obtained only in a collaborative environment, involving doctors and engineers. This article describes three different methods of surgical planning in maxillo-facial surgery: the first involves only medical competences, the second and the third require the use of engineering instruments and personnel. For every method, we will describe instruments, activities and special attention will be payed to the interaction methods between experts of different fields.

机译：计算机断层扫描和快速原型的演变允许生产特定患者的内部解剖结构的准确复制。然而，可以在合作环境中获得这些技术提供的所有可能性的利用，涉及医生和工程师。本文介绍了三种不同的手术规划方法在颌面外科手术中：第一个涉及医疗能力，第二个和第三个需要使用工程工具和人员。对于每种方法，我们将描述仪器，活动和特别关注将支付给不同领域的专家之间的交互方法。

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《ISPE international conference on concurrent engineering: Research and applications》|2003年||共6页
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C. Bandera; S. Filippi; M. Felice; M. Politi; M. Robiony; I. Salvo; Concurrent Engineering: the Vision for the Future Generation in Research and Applications;
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Concurrent Engineering in maxillo-facial surgery: the role of Virtual Reality and Rapid Prototyping

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