CI810A 3BSE013262R1 CI810 A 现场通信接口模块

CI810A 3BSE013262R1 CI810 A 现场通信接口模块 

a、 类名以大写字母开头。
b、 属性和关联名称以小写开头。
c、 首字母缩略词均为大写。避免在名称中间使用首字母缩略词
因为首字母缩略词、大写字母和后续字母的连接
前导大写的字符串。
注意，图标的大小并不表示其重要性；尺寸调整为：
减少线交叉和弯曲，使图表更易于理解。
注：在某些情况下，数据模型图可能难以在硬拷贝打印输出中读取
但在线DoDAF v2.0中发布了一个可以放大的全分辨率版本
元模型数据字典。模型术语的定义包含在DoDAF v2.0中
元模型数据字典（1节中引用的下载链接）。这包括以下内容的摘要：
别名、复合术语定义、权威来源定义和基本原理。注意
基本类通常不显示在数据组图上；这个基础
在ideas基础本体选项卡中可以找到材料。这包括超级子类型whole38
DoDAF元模型和逻辑模型
http://cio-nii.defense.gov/sites/dodaf20/logical_1-2.html[2011年3月3日下午3:42:55]
部分、时间整体部分、重叠、类型实例（成员）和前后模式。
还未显示用于架构信息分类标记的数据结构
在整体和要素（部分）层面上，使用智能社区-智能
标准标记（IC-ISM）。IC-ISM的模式是物理交换
规格（PES）选项卡。后，请注意，图标的大小并不表示其
重要性调整尺寸以减少线交叉和弯曲，以绘制图表
更容易理解。
转到页面顶部↑
隐私政策|网络政策124;联系人
39
DoDAF元模型和逻辑模型
http://cio-nii.defense.gov/sites/dodaf20/logical_1-3.html[2011年3月3日下午3:42:58]
首页DoDAF-DM2工作组DoDAF期刊国防部元数据注册想法链接
如何使用DODAF元模型（DM2）
DM2数据的表示类型
在DoDAF元模型中，表示了DoDAF模型（视图）中的元素
具有时间段（时间范围）。时间范围可以暗示未来，因此允许
表示“未来”能力和过程的模型或
活动。通常，DoDAF视图、模型和支持数据在
一般形式如下：
结构模型由描述结构或静态方面的图表组成
建筑学
由描述行为或动态的图表组成的行为模型
建筑方面。
树模型——一种结构模型，可以表示
分类形式。这些可以表示“整体-部分”、“超-子类型关系”或
其他关系。这些模型在保持可追溯性方面特别重要
通过表示设计或架构的不同细节级别。作品
分解结构（WBS）是包括活动和/或
分解树中的执行者。
映射：在两种不同类型之间提供矩阵（或类似）映射的视图
信息。这用于表示功能分配和数据分配
以及可追溯性。
表格：以行和列形式显示数据的视图，通常
放大或与行为、结构（包括
本体论）模型。
图片：视图，如自由形式的图片。
时间线：由通常描述编程方面的图表组成的模型
架构（如甘特图）。这通常与WBS直接相关
分类模型。这些也可以表示活动效率分析的时间
在过程中（如LSS分析）

CI810A 3BSE013262R1 CI810 A 现场通信接口模块 

CI810A 3BSE013262R1 CI810 A 现场通信接口模块 

a. Class names start with uppercase.
b. Attributes and association names start with lowercase.
c. Acronyms are all uppercase. Acronyms in the middle of a name are avoided
because of the concatenation of the acronym uppercase and the succeeding
string leading uppercase.
Note that the size of the icons is not indicative of their importance; the sizes are adjusted to
reduce line crossings and bends to make the diagrams easier to understand.
Note: In some instances the data model figures may be hard to read in a hardcopy printout
but a version at full-resolution which can be zoomed in is published in the online DoDAF v2.0
Meta-Model Data Dictionary. Definitions for the model terms are contained in the DoDAF v2.0
meta-model data dictionary (download links cited in section 1). This includes a summary of
aliases, composite term definitions, authoritative source definitions, and rationale. Note that
foundational classes are generally not shown on data group diagrams; this foundational
material is found in the ideas foundation ontology tab. This includes super-subtype, whole38
DoDAF Meta-Model Logical Model
http://cio-nii.defense.gov/sites/dodaf20/logical_1-2.html[3/3/2011 3:42:55 PM]
part, temporal-whole-part, overlap, type-instance (member-of), and before-after patterns.
Also not shown are the data structures for classification marking of architecture information
at the whole and element (portion) levels using the Intelligence Community - Intelligence
Standard Markings (IC-ISM). The schema for the IC-ISM is in physical exchange
specification (PES) tab. Lastly, note that the size of the icons is not indicative of their
importance; sizes are adjusted to reduce line crossings and bends to make the diagrams
easier to understand.
Go to top of page ↑
Privacy Policy | Web Policy | Contacts
39
DoDAF Meta-Model Logical Model
http://cio-nii.defense.gov/sites/dodaf20/logical_1-3.html[3/3/2011 3:42:58 PM]
Home DoDAF-DM2 WG DoDAF Journal DoD Meta Data Registry IDEAS Links
How to Use the DODAF Meta Model (DM2)
Presentation Types for DM2 Data
Within the DoDAF Meta-model, the elements in the DoDAF Models (Views) are represented
with time periods (temporal extents). Temporal extent can connote the future, thus allowing
the models to represent “To-Be” capabilities and processes or the “before-after” aspects of
the activities. Generally, DoDAF views, models and supporting data are represented in the
following general forms:
Structural Models comprised of diagrams describing the structural or static aspects of
architecture.
Behavioral Models comprised of diagrams describing the behavioral or dynamic
aspects of architecture.
Tree Models-A type of structural model which can represent DoDAF elements in a
taxonomic form.. These can represent “whole-part”, “super-subtype relationships or
other relationships. These models are particularly important in maintaining traceability
thru the various level of detail in representing the design or architecture. A Work
Breakdown Structure (WBS) is an example of a model including both activities and/or
performers in a decomposition tree.
Mapping: Views that provide matrix (or similar) mappings between two different types
of information. This used to represent such things as functional and data allocations
and traceability.
Tabular: Views which present data arranged in rows and columns, which generally
amplify or have a direct relationship to the behavioral, structural (including
ontological) models.
Pictorial: Views such as free-form pictures.
Timeline: Model comprised of diagrams usually describing the programmatic aspects
of architecture ((E.g. Gant Chart). This is generally related directly to the WBS
taxonomic model. These can also represent time in efficiency analysis of the activities
in a process (e.g. LSS analysis)