Conrad G R
Department of Diagnostic Radiology, University of Kentucky Chandler Medical Center, Lexington, USA.
J Digit Imaging. 1997 Aug;10(3):115-9. doi: 10.1007/BF03168598.
The purpose of this project was to develop a simple application for displaying low-to-moderate resolution digital images under the Windows operating environment. The display of scintigraphic images was of special interest, and for this reason the program was designed to show sequences of images and to account for broad ranges of pixel values. In order to function under a variety of Windows versions, the program was developed using the 16-bit Microsoft C +2 compiler and targeted for Windows 3.1 enhanced. It was tested with Trionix images for nuclear medicine and Siemens for computed tomography (CT) and magnetic resonance (MR). The resulting application, called SID, successfully read Magnetom, Somatom, Trionix, and Interfile images of dimension 512 or less on Intel-based Windows PCs with 256 color SVGA-compatible (Super Video Graphics Adapters) video hardware. Early applications of the program included remote monitoring of image studies, resident review of teaching cases, review of research images, and preparation of educational materials. This article describes the features, operation, and potential applications of SID.
本项目的目的是开发一个简单的应用程序,用于在Windows操作环境下显示低至中等分辨率的数字图像。闪烁图像的显示尤其令人关注,因此该程序被设计用于显示图像序列,并考虑到广泛的像素值范围。为了在各种Windows版本下运行,该程序使用16位Microsoft C +2编译器开发,并针对Windows 3.1增强版。它使用用于核医学的Trionix图像以及用于计算机断层扫描(CT)和磁共振(MR)的西门子图像进行了测试。最终生成的应用程序名为SID,它成功地在配备256色SVGA兼容(超级视频图形适配器)视频硬件的基于英特尔的Windows个人计算机上读取了尺寸为512或更小的Magnetom、Somatom、Trionix和Interfile图像。该程序的早期应用包括图像研究的远程监控、教学病例的住院医师评审、研究图像的评审以及教育材料的准备。本文介绍了SID的功能、操作和潜在应用。