Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ABSTRACT The paper presents an innovative approach totally based on di gital data to optimize lor limb socket prosthesis design. This approach is based on a stumps detailed geometric model and provides a substitute to plaster cast obtained through the traditional manual methodology with a physical model, realized with Rapid Prototyping technologies; this physical model will be used for the socket lamination. The paper discusses a methodology to reconstruct a 3D geometric model of the stump able to describe with high accuracy and detail the complete structure subdivided into bones, soft tissues, muscular masses and dermis. Some different technologies ar e used for stump acquisition: non contact laser technique for external geometry, CT and MRI imaging technologies for the internal structure, the first one dedicated to bones geometrical model, the last for soft tissues and muscles.  discuss problems related to 3D geometric reconstruction: the patient and stump positioning for the different acquisitions, markers definition on the stump to identify landmarks, alignments strategies for the different digital models, in or der to define a prot ocol procedure with a requested accuracy for sockets realization. Some case-studies illustrate the methodology and the results obtained. Keywords: 3D geometrical model, reverse engineering, rapid prototyping, human body scanning, medical imaging, lor limb prosthesis.
['Giorgio Colombo', 'Massimiliano Bertetti', 'D. Bonacini', 'Grazia Magrassi']
I am writing a research paper on a idea Reverse engineering and rapid prototyping techniques to innovate prosthesis socket design
[{"from": "human", "value": "I am writing a research paper on a idea Reverse engineering and rapid prototyping techniques to innovate prosthesis socket design"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ABSTRACT The paper presents an innovative approach totally based on di gital data to optimize lor limb socket prosthesis design. This approach is based on a stump\u0092s detailed geometric model and provides a substitute to plaster cast obtained through the traditional manual methodology with a physical model, realized with Rapid Prototyping technologies; this physical model will be used for the socket lamination. The paper discusses a methodology to reconstruct a 3D geometric model of the stump able to describe with high accuracy and detail the complete structure subdivided into bones, soft tissues, muscular masses and dermis. Some different technologies ar e used for stump acquisition: non contact laser technique for external geometry, CT and MRI imaging technologies for the internal structure, the first one dedicated to bones geometrical model, the last for soft tissues and muscles.  discuss problems related to 3D geometric reconstruction: the patient and stump positioning for the different acquisitions, markers\u0092 definition on the stump to identify landmarks, alignment\u0092s strategies for the different digital models, in or der to define a prot ocol procedure with a requested accuracy for socket\u0092s realization. Some case-studies illustrate the methodology and the results obtained. Keywords: 3D geometrical model, reverse engineering, rapid prototyping, human body scanning, medical imaging, lor limb prosthesis."}]