对PACS诊断报告系统各模块进行了具体的设计，实现了PACS诊断报告工作站。
Design the modules of PACS reporting system and develop PACS reporting workstation.
当不能进行诊断时，每个分析模块都会生成一个有关系统状态的某个方面的详细报告。
When a diagnosis cannot be made, each analysis module can produce a more lengthy report about one particular aspect of the state of the system.
PACS系统一般都包含以下几部分内容：图像采集、图像浏览、诊断报告书写、图像存储、图像后处理和胶片打印管理等。
Normally the PACS system includes the following components: picture acquisition, picture browse, diagnosis reports compilation, picture storage, picture processing and film print management etc.
该系统由诊断信息获取模块、案例库管理系统、诊断推理机制、学习模块、人机界面和诊断报告模块组成。
The system consists of diagnosis information acquiring module, case package management system, diagnosis reasoning system, study module, man-machine interface and diagnosis report module etc.
主要介绍了本专家系统的知识表达、获取及推理机等，并以诊断报告的形式将诊断的结果解释给使用者。
Knowledge representation, acquirement, in fe rence engine of the expert system are presented and diagnosis re-porting as outcome is explained to user.
动态信号分析部分，由系统自检模块、系统控制模块、信号处理模块、报告自动生成模块、诊断与错误处理模块等软件模块组成。
Dynamic signal process system is made up of system self test module system control module the general signal process auto generate report module diagnose and error process module.
该系统实现了数字扫描变换(dsc)、测量诊断、伪彩色显示、大容量存储和诊断报告编辑功能。
The system offers many functions, such as DSC, measuring and diagnosing, great capability of storage and editing of diagnosis report, etc.
在线诊断和报告系统 ODRS?。
本系统能快速可靠地诊断及报告各种故障。
The diagnosis and reports for various faults are treated very quickly.
医学影像学诊断报告的自动化无论是从建立医疗系统信息网络还是报告的微机化管理都势在必行。
It is necessary that the report of medical image diagnosis be automated, both in building medical system network and in micro-computed management.
医学影像学诊断报告的自动化无论是从建立医疗系统信息网络还是报告的微机化管理都势在必行。
It is necessary that the report of medical image diagnosis be automated, both in building medical system network and in micro-computed management.
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