UML is simply the most popular MOF model.
UML仅仅是最受欢迎的mof模型。
EA models are stored in an MOF-based repository.
EA模型被存储于基于MOF的仓库中。
MOF and infection were the main causes of death.
本病死因主要为感染及多脏器功能衰竭。
Failed to load MOF while recovering repository file.
在恢复储存库时，加载MOF失败。
Figure 2: Tool integration via an MOF-based repository.
图2：通过基于MOF的仓库对工具进行整合。
Table 1: Solution capabilities of an MOF-based central repository.
表1：基于MOF的中央仓库解决方案性能。
It takes time and effort to transform to metadata standards such as MOF.
转换到元数据标准(例如MOF)需要时间和工作量。
MOF: meta Object Facility, an OMG modeling and metadata repository standard.
mof：元对象工具(Meta Object Facility)，一种OM g建模及元数据资源库标准。
Results Severe PIH and postpartum hemorrhage were the major factors that led to MOF.
结果导致MOF的主要因素为重度妊高征及产后出血。
As Figure 1 shows, the core of this architecture is based on the UML, the MOF and CWM.
如图1所示，这个体系结构的核心建立在UML、M OF和CWM上。
Results MOF incidence is heart, brain, kidney, upper gastrointestinal and liver in order.
结果本组mOF发病率，依次为心、脑、肾、上消化道、肝。
To serialize and persist in XMI enterprise architecture models in the MOF-based repository.
串行化，并且在基于MOF的仓库中保持XMI企业架构模型。
Models are built, viewed, and manipulated via UML, transmitted via XMI, and stored in MOF repositories.
模型通过UML来构建、查看和操纵，通过xmi传输，在MOF资料库中存储。
Then, SA XML files have been converted to a non-proprietary, semantic-rich, MOF-based XMI using EMF.
于是，使用EMF、SAXML文件被转换成一种非私有的、语义完备的、基于MOF的XMI。
Objective To investigate the relation between fulminant hepatitis and multiple organs failure (MOF).
目的探讨重型肝炎与器官功能衰竭(MOF)的关系。
Objective: Discuss the relationship between the multisystem organ failure (MOF) and the mortality rate.
目的：探讨多脏器功能衰竭与死亡率之间的关系。
Objective to discuss the risk factors for serious pulmonary tuberculosis with multiple organ failure (MOF).
目的探讨重症肺结核并发多脏器功能衰竭(MOF)的危险因素。
Taking precautions against shock and general infection is the key to reduce morbidity and death rate of MOF .
抓住休克、感染的预防，是减少MOF发生率、降低烧伤死亡率的关键。
Severe patient is easy to suffer from multiple organ failure (MOF). MOF is one of dead causes in burn patients.
严重烧伤病人容易并发多脏器功能衰竭(MOF)，常常是烧伤病人死亡的原因。
Results Among the 14 patients, 2 died of lung metastases and one died of MOF, and the remaining were alive still.
结果14例采用腹腔化疗，其中2例死于肺转移，1例死于全身衰竭，余存活至今。
METHODS: To analyse comparatively in 90 patients with MOF in terms of age, diagnosis, surviving time, affected organ.
方法：将90例MOF按不同年龄，不同诊断，存活时间，受累脏器等情况进行对比分析。
Objective To assess the changes of varied leukocyte apoptosis in the patients with multiple system organ failure (MOF).
目的探讨细胞凋亡百分率与多系统器官衰竭（MOF）的预后关系。
The import/export process is responsible for translating XML model data into and out of the MOF-based common meta-model.
导入导出过程负责将XML模型数据引入或引出基于MOF的常规元模型。
Unisys Team used Rational Rose as a meta-modeling tool for defining the MOF-based enterprise architecture meta-model (EAML).
Unisys团队使用RationalRose作为元模型工具以对基于MOF的企业架构元模型(EAML)进行定义。
Table 1 shows the major system capabilities, which an MOF-based repository should support to allow the manipulation of EA models.
表1显示了基于MOF仓库所支持的，允许对MOF模型进行操作的系统主要性能。
We created an MOF-based common meta-model to support ea models. MOF-based EAML was limited to the following sub-set of ea models.
我们建立了基于MOF的常规元模型以支持EA模型。
Model data from/to tools in XML form a repository that contains XML files that must integrate with the MOF-based common meta-model.
在XML中，从工具中/向工具内进行数据建模构成了一个仓库，此仓库包括需要与基于MOF地公用元模型集成在一起的XML文件。
Metadata service implemented the MOF based metadata management and storage of heterogeneous data through the research of MOF criterion.
元数据服务主要是通过对MOF规范的研究实现了基于MOF的异构数据元数据的管理和存储。
Severe gram negative bacteria infection is a common cause of disseminated intravascular coagulation (DIC) and multiple organ failure (MOF).
革兰阴性杆菌所致重症感染常引起弥散性血管内凝血和多器官功能衰竭。
We have also created a core of a centralized MOF-based repository to allow the reliable retrieval, storage, manipulation, and control of GSA ea models.
为了能够实现对GSA EA模型的可靠的检索、存储、操纵以及控制，我们还建立了一个基于MOF的中央仓库。
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