Open systems architecture: Difference between revisions

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{{Short description|System design objective}}

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'''Open systems architecture''' is a system design approach which aims to produce open systems that are inherently interoperable and connectable without recourse to retrofit and redesign.{{Sfnp|Sage|1992|p=169}}

'''Open systems architecture''' is a system design approach which aims to produce open systems[[system]]s that are inherently interoperable and connectable without recourse to retrofit and redesign.{{Sfnp|Sage|1992|p=169168}}

==Specific examples==

==Concept==

===Telecommunications===

[[Systems design]] is a process of defining and engineering the architecture, methods, and interfaces necessary to accomplish a goal or fulfill a set of requirements. In open systems architecture, the design includes intentional provisions to make it possible to expand or modify the system at a later stage after initial operation. There is no one specific universal OSA, but it is essential the specific OSA applicable to a system is rigorously defined and documented.{{Sfnp|Sage|1992|pp=168–169}} For example, in information technology and telecommunication, such design principles lead to [[open system (computing)|open systems]].

===Telecommunications===

'''Open systems architecture''', inIn [[telecommunicationtelecommunications]], open systems architecture (OSA) is a standard that describes the layered hierarchical structure, [[computer configuration|configuration]], or model of a [[information transfer|communications]] or distributed [[data processing]] [[system]]. It enables system description, design, development, installation, operation, improvement, and [[repair and maintenance|maintenance]] to be performed at the [[abstraction layer]]s in the hierarchical structure. Each layer provides a set of accessible functions that can be controlled and used by the functions in the layer above it. Each layer can be implemented without affecting the implementation of other layers. The alteration of system performance by the modification of one or more layers may be accomplished without altering the existing equipment, procedures, and protocols at the remaining layers.{{Sfnp|General Services Administration|1991}}

Examples of independent alterations include the conversion from wire to optical fibersfiber at a [[physical layer]] without affecting the [[data link layer]] or the [[network layer]], except to provide more [[throughput|traffic capacity]], and the altering of the operational protocols at the [[telecommunications network|network]] level without altering the physical layer.{{Sfnp|General Services Administration|1991}}

== See also ==

*[[Hardware Open Systems Technologies]]

*[[Architecture of Interoperable Information Systems]]

*[[Architectural pattern]]

*[[Enterprise architecture]]

*[[OSI model]]

*[[Open-system environment reference model]]

==References==

{{Reflist}}

===Sources===

* {{Cite book|last=Sage|first=Andrew P.|date=1992|title=Systems Engineering

|publisher=Wiley-interscience|___location=New York|isbn=0471536393|oclc=473169047}}

* {{Cite web|author=General Services Administration|date=1991|title=Federal Standard 1037C

|url=https://www.its.bldrdoc.gov/fs-1037/fs-1037c.htm|website=Institute for Communication Science}}

* {{Cite report|last1=Guertin|first1=Nickolas|last2=Hurt|first2=Thomas|date=1 October 2013

|title=DTIC ADA608725: DoD Open Systems Architecture Contract Guidebook for Program Managers: A Tool for Effective Competition

|publisher=Defense Technical Information Center|url=https://archive.org/details/DTIC_ADA608725}}

* {{Cite book|last=Sage|first=Andrew P.|date=1992|title=Systems Engineering

|publisher=Wiley-interscience|___location=New York|isbn=0471536393|oclc=473169047}}

{{FS1037C}}

[[Category:Telecommunications standards]]

[[Category:Systems architecture]]

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