Abstract

This report describes part of a project developing software for implant surgery planning. It consists in evaluating the possibility of an implant surgery, studying the jaws and teeth structure. The software provides 3D and specific 2D visualisation, with a few tools for analysing the patient mandibles. This software uses a large amount of date: X-ray image files and study and patient (and more) information. There was no database, nor data structure, nor manager. First the data structure was designed, and then the database, to keep all the data. Next, the manager was implemented, with a few functionalities (sorting, selecting, loading, saving). At last, the different inputs and outputs: importing and exporting (xml format), and creation from the specific medical image data files (DICOM).

BIB_text

@Article {
author = {David Rousseau},
title = {Data Management in Biomedical Application},
keywds = {
medical data management, surgical planning
}
abstract = {
This report describes part of a project developing software for implant surgery planning. It consists in evaluating the possibility of an implant surgery, studying the jaws and teeth structure. The software provides 3D and specific 2D visualisation, with a few tools for analysing the patient mandibles. This software uses a large amount of date: X-ray image files and study and patient (and more) information. There was no database, nor data structure, nor manager. First the data structure was designed, and then the database, to keep all the data. Next, the manager was implemented, with a few functionalities (sorting, selecting, loading, saving). At last, the different inputs and outputs: importing and exporting (xml format), and creation from the specific medical image data files (DICOM).
}
date = {2008-07-01},
year = {2008},
}