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Design Decomposition Blog
Iridium Satellite Collision in Space
You might have seen the recent news reports about the collision between U.S. and Russian communication satellites. The U.S. satellite was one of the Iridium satellites. What wasn’t reported and you probably don’t know is that an object database management system (ODBMS) is an important part of the Iridium system. Even though ODBMSs are a [...]
February 13, 2009
(The Acronym) SOA is (Perhaps) Dead (at Some Companies); Long Live Services
I am now also posting on the Cutter Blog. My initial posting is (The Acronym) SOA is (Perhaps) Dead (at Some Companies); Long Live Services. It is a response to Anne Thomas Manes’ SOA is Dead; Long Live Services on her blog at the Burton Group.
January 9, 2009
Atomicity
The typical definition of an atomic task or process is one that cannot be decomposed further. This is vague and subject to interpretation. The Decomposition Matrix on this site uses a specific definition: A task (for business process diagrams) or a process (for data flow diagrams) is atomic if every input relates to every output [...]
December 3, 2008
Well-Formed Business Process Diagrams
My last posting referenced the criteria for a well-formed business process diagram mentioned in Business Process Driven SOA using BPMN and BPEL by Matjaz B. Juric and Kapil Pant. I am going to expand on their criteria to create a more comprehensive definition of a well-formed business process diagram. To start, here are three criteria from [...]
November 18, 2008
Recent Business Process Modeling Books
I recently received two new books on business process modeling. Both books looked interesting because they had great titles. As it turns out, one book is great and the other not so good. The not so good book is Business Process Driven SOA using BPMN and BPEL by Matjaz B. Juric and Kapil Pant. There are [...]
October 9, 2008
The Design Decomposition Blog
is written by Doug Barry.

The Meta-Object Facility (MOF) is a set of standard interfaces that can be used to define and manipulate a set of interoperable meta-models and their corresponding models.

The MOF is intended to support a range of usage patterns and applications. To understand the possible usage patterns for the MOF, you need to understand is the two viewpoints for the MOF:

  1. Modeling viewpoint: The designer's viewpoint, looking "down" the meta levels. From the modeling viewpoint, the MOF is used to define an information model for a particular domain of interest. This definition is then used to drive subsequent software design and/or implementation steps for software connected with the information model.
  2. Data viewpoint: The programmer's viewpoint, looking at the current meta-level, and possibly looking up at the higher meta-levels. From the data viewpoint, the MOF (or more accurately, a product of the MOF) is used to apply the OMA-based distributed computing paradigm to manage information corresponding to a given information model. In this mode, it is possible for a CORBA client to obtain the information model descriptions and to use them to support reflection.

The MOF specification is intended to provide an open-ended information modeling capability. The specification defines a core MOF model that includes a relatively small set of constructs for object-oriented information modeling. The MOF model can be extended by inheritance and composition to define a richer information model that supports additional constructs. Alternatively, the MOF model can be used as a model for defining information models. This feature allows the designer to define information models that differ from the philosophy or details of the MOF model. In this context, the MOF Model is referred to as a meta-metamodel because it is being used to define metamodels such as the UML.

Also see the Common Warehouse Meta-Model (CWM).

Organization: Object Management Group

More information: MOF page on the OMG website (new window)

Related content for: Meta-Object Facility (MOF)

More on the general topic: Common Warehouse Metamodel (CWM)

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Related books at Amazon.com

ISO/IEC 19502:2005, Information technology - Meta Object Facility (MOF)
ISO/IEC 19502:2005, Information technology - Meta Object Facility (MOF)
by ISO/IEC/JTC 1/SC 32
Publisher: Multiple. Distributed through American National Standards Institute (ANSI)
Publication Date: August 2007
More related books: Search Amazon.com for Meta-Object Facility