Maeda Hisato, Yamaki Noriyasu, Azuma Makoto
Fujita Health University.
Nihon Hoshasen Gijutsu Gakkai Zasshi. 2012;68(3):299-306. doi: 10.6009/jjrt.2012_jsrt_68.3.299.
The objective of this study was to develop a personal computer-based nuclear medicine data processor for education and research in the field of nuclear medicine. We call this software package "Prominence Processor" (PP). Windows of Microsoft Corporation was used as the operating system of this PP, which have 1024 × 768 image resolution and various 63 applications classified into 6 groups. The accuracy was examined for a lot of applications of the PP. For example, in the FBP reconstruction application, there was visually no difference in the image quality as a result of comparing two SPECT images obtained from the PP and GMS-5500A (Toshiba). Moreover, Normalized MSE between both images showed 0.0003. Therefore the high processing accuracy of the FBP reconstruction application was proven as well as other applications. The PP can be used in an arbitrary place if the software package is installed in note PC. Therefore the PP is used to lecture and to practice on an educational site and used for the purpose of the research of the radiological technologist on a clinical site etc. widely now.
本研究的目的是开发一款基于个人计算机的核医学数据处理器,用于核医学领域的教育与研究。我们将这个软件包称为“卓越处理器”(PP)。微软公司的Windows用作该PP的操作系统,其图像分辨率为1024×768,有63个各类应用程序,分为6组。对PP的许多应用程序进行了准确性检验。例如,在FBP重建应用程序中,将从PP和GMS - 5500A(东芝)获得的两幅SPECT图像进行比较,结果在图像质量上肉眼看不出差异。此外,两幅图像之间的归一化均方误差显示为0.0003。因此,FBP重建应用程序以及其他应用程序的高处理精度得到了证实。如果将该软件包安装在笔记本电脑中,PP可以在任意地点使用。因此,PP现在广泛用于教育场所的授课和实践,以及临床场所放射技师的研究等目的。