In two previous works, we introduced 3D Bio-IPF, a general purpose framework to support the three-dimensional reconstruction, rendering and processing of biomedical images. Moreover, one of its structured components, the Implant plug-in, to model customised dental implants on a three-dimensional representation of the oral cavity derived from diagnostic images has also been presented. In this paper, we provide final details of the 3D Bio-IPF framework and, at the same time, we complete the description of the Implant plug-in. We used Implant to evaluate different functionalities of the whole framework, and a characteristic result chosen among these carried out is reported. Results show that the framework and the linked plug-in are very effective for dental surgery planning, implant design and positioning. Moreover, if integrated with a position indicator system and a numerically positionable drilling machine, the system could be employed for semi-automatic surgery.
Design of a Framework for Personalised 3D Modelling from Medical Images / Avola, Danilo; Petracca, Andrea; Placidi, Giuseppe. - In: COMPUTER METHODS IN BIOMECHANICS AND BIOMEDICAL ENGINEERING: IMAGING & VISUALIZATION. - ISSN 2168-1163. - 3:2(2015), pp. 76-83. [10.1080/21681163.2013.853622]
Design of a Framework for Personalised 3D Modelling from Medical Images
Avola, Danilo
Primo
;
2015
Abstract
In two previous works, we introduced 3D Bio-IPF, a general purpose framework to support the three-dimensional reconstruction, rendering and processing of biomedical images. Moreover, one of its structured components, the Implant plug-in, to model customised dental implants on a three-dimensional representation of the oral cavity derived from diagnostic images has also been presented. In this paper, we provide final details of the 3D Bio-IPF framework and, at the same time, we complete the description of the Implant plug-in. We used Implant to evaluate different functionalities of the whole framework, and a characteristic result chosen among these carried out is reported. Results show that the framework and the linked plug-in are very effective for dental surgery planning, implant design and positioning. Moreover, if integrated with a position indicator system and a numerically positionable drilling machine, the system could be employed for semi-automatic surgery.File | Dimensione | Formato | |
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