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IEEE 1471

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made by APG to the SESC. The AWG was chaired by Basil Sherlund, vice-chairs Ronald Wade, David Emery, the specification was edited by Rich Hilliard. The AWG had 25 members. Drafts of the specification were balloted and commented on by 130 international reviewers. In September 2000, the IEEE-SA Standards Board approved the specification as IEEE Std 1471-2000.
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In August 1995, the IEEE Software Engineering Standards Committee (SESC) chartered an IEEE Architecture Planning Group (APG) to set direction for incorporating architectural thinking into IEEE standards. In April 1996, the Architecture Working Group (AWG) was created to implement the recommendations
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In 2006, ISO/IEC Joint Technical Committee 1 (JTC1), Information technology/Subcommittee SC 7, Software and systems engineering, adopted the specification as ISO/IEC 42010, under a special "fast-track procedure", in parallel with its approval by national bodies of ISO and IEC. A coordinated revision
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It has long been recognized that "architecture" has a strong influence over the life cycle of a system. However, until relatively recently, hardware issues have tended to dominate architectural thinking, and software aspects, when considered at all, were often the first to be compromised under the
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to a viewpoint. The viewpoint determines the languages (including notations, model, or product types) to be used to describe the view, and any associated modeling methods or analysis techniques to be applied to these representations of the view. These languages and techniques are used to yield
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are those interests which pertain to the system’s development, its operation or any other aspects that are critical or otherwise important to one or more stakeholders. Concerns include system considerations such as performance, reliability, security, distribution, and
328:: A specification of the conventions for constructing and using a view. A pattern or template from which to develop individual views by establishing the purposes and audience for a view and the techniques for its creation and analysis. 345:, can influence that system. The environment can include other systems that interact with the system of interest, either directly via interfaces or indirectly in other ways. The environment determines the boundaries that define the 923: 550: 310:
encompasses individual applications, systems in the traditional sense, subsystems, systems of systems, product lines, product families, whole enterprises, and other aggregations of interest.
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of this standard by ISO/IEC JTC1/SC7/WG42 and IEEE CS commenced in 2006, following the successful ISO/IEC fast-track ballot and in line with the IEEE standard 5-year review of the standard.
294:: The fundamental organization of a system embodied in its components, their relationships to each other, and to the environment, and the principles guiding its design and evolution. 446:. Each such architectural model is developed using the methods established by its associated architectural viewpoint. An architectural model may participate in more than one view. 54: 534:
ISO/IEC/IEEE 42010:2011, Systems and software engineering — Architecture description, the latest edition of the original IEEE Std 1471:2000, last update 5 February 2014
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Specifications of each viewpoint that has been selected to organize the representation of the architecture and the rationale for those selections (clause 5.3)
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is an infrastructure for realizing architecture frameworks that conform to the definition of architecture framework provided in the ISO/IEC 42010 standard.
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pressures of development. IEEE 1471 was created to provide a basis for thinking about the architecture of software-intensive systems.
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IEEE 1471 provides informative annexes that relate its concepts to architecture concepts in other standards, including
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IEEE 1471 defines a set of normative requirements for conforming architecture descriptions, including the following:
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Systems and Software Engineering -- Recommended practice for architectural description of software-intensive systems
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Identification of the system stakeholders and their concerns judged to be relevant to the architecture (clause 5.2)
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A record of all known inconsistencies among the architectural description’s required constituents (clause 5.5)
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Expression of the persistent characteristics and supporting principles of a system to guide acceptable change
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According to IEEE Standard Glossary of Software Engineering Terminology the following definitions are used:
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is typically based on consideration of the stakeholders to whom the AD is addressed and their concerns. A
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is a use or operation for which a system is intended by one or more stakeholders to meet some set of
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establishes the conventions by which a view is created, depicted and analyzed. In this way, a view
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1471-2000 - IEEE Recommended Practice for Architectural Description of Software-Intensive Systems
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An architectural description is organized into one or more constituents called (architectural)
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Recording contributions to the body of knowledge of software-intensive systems architecture
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Verification of a system implementation’s compliance with an architectural description
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It establishes content requirements for architecture descriptions and the idea that a
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IEEE 1471 is the short name for a standard formally known as ANSI/IEEE 1471-2000,
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IEEE Std 610.12−1990, IEEE Standard Glossary of Software Engineering Terminology.
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ISO/IEC 42010:2007, Systems and Software Engineering -- Architecture Description
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is a partial expression of a system’s architecture with respect to a particular
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IEEE 1471's contributions can be summarised as follows (in this list, items in
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Recommended Practice for Architecture Description of Software-Intensive Systems.
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for describing the architecture of a "software-intensive system", also known as
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In November 2011, IEEE 1471-2000 and ISO/IEC 42010:2007 was superseded by
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Planning, managing, and executing the activities of system development
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addresses one or more of the concerns of the system stakeholders. A
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may originate with an AD, or it may have been defined elsewhere (a
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AD identification, version, and overview information (clause 5.1)
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Evaluation and comparison of architectures in a consistent manner
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and identifying inconsistencies/unresolved issues between the
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is the result of applying a viewpoint to a particular system.
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Superseded IEEE standard for describing software architecture
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results relevant to the concerns addressed by the viewpoint.
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Systems and software engineering — Architecture description
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Systems and software engineering — Architecture description
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A rationale for selection of the architecture (clause 5.6)
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of the system of interest relative to other systems.
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The 185:It provides guidance for capturing 172:conforming architecture description 442:A view may consist of one or more 14: 490:Enterprise Architecture Framework 244:can be used for the following: 586:IEEE 1471 Conceptual Framework 84:It provides definitions and a 1: 423:An architectural description 33:In 2011 it was superseded by 155:, etc. used to describe the 126:It specifies the notions of 485:Software architecture views 341:A system’s environment, or 2015: 1968:IEEE Standards Association 606:10.1109/IEEESTD.2000.91944 240:According to IEEE 1471 an 100:should address a system's 1958: 387:architectural description 352:A system has one or more 286:architectural description 566:Description of IEEE 1471 242:architecture description 195:architecture description 113:architecture description 1973:Category:IEEE standards 548:Architecture and Change 429:selection of viewpoints 226:ISO/IEC/IEEE 42010:2011 88:for the description of 370:in its environment. A 187:architecture rationale 143:identifies the set of 1999:Software architecture 28:software architecture 444:architectural models 433:viewpoint definition 381:Every system has an 333:Conceptual framework 153:modeling techniques 553:2009-06-19 at the 314:system stakeholder 96:It states that an 63:ISO/IEC 42010:2007 35:ISO/IEC/IEEE 42010 1981: 1980: 1872: 1871: 631:IEEE 1471 website 437:library viewpoint 159:to address those 115:s are inherently 2006: 989: 666: 659: 652: 643: 619: 588: 583: 577: 574: 568: 563: 557: 545: 536: 531: 525: 520: 111:It asserts that 22:is a superseded 2014: 2013: 2009: 2008: 2007: 2005: 2004: 2003: 1984: 1983: 1982: 1977: 1954: 1908: 1868: 1770: 1518: 1510: 1218: 1210: 1092: 978: 675: 670: 627: 622: 616: 596: 592: 591: 584: 580: 575: 571: 564: 560: 555:Wayback Machine 546: 539: 532: 528: 521: 508: 503: 481: 453: 335: 273: 238: 214: 149:representations 47: 17: 12: 11: 5: 2012: 2010: 2002: 2001: 1996: 1994:IEEE standards 1986: 1985: 1979: 1978: 1976: 1975: 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Each 372:mission 343:context 236:Purpose 212:History 78:italics 59:ISO/IEC 53:Within 1808:Zigbee 1776:802.15 1516:802.11 754:1149.1 612:  308:system 304:system 202:RM-ODP 163:and a 1899:P1823 1894:P1699 1889:P1619 1884:P1363 1666:WiGig 1530:-1997 1521:Wi-Fi 1230:-1983 1216:802.3 1098:802.1 974:42010 969:29148 964:16326 959:16085 954:14764 949:12207 944:11073 636:MEGAF 394:views 347:scope 191:views 180:views 1950:1471 1945:1364 1940:1362 1935:1233 1930:1219 1200:LACP 939:2050 934:2030 929:1905 924:1904 919:1902 914:1901 909:1900 904:1855 899:1850 894:1849 889:1815 884:1801 879:1800 874:1733 869:1722 864:1685 859:1675 854:1667 849:1666 844:1619 839:1613 834:1603 829:1596 824:1588 819:1584 814:1547 809:1541 804:1516 799:1497 794:1451 789:1394 784:1355 779:1284 774:1278 769:1275 764:1164 759:1154 749:1076 744:1016 739:1014 734:1003 610:ISBN 402:view 398:view 320:view 204:and 165:view 132:and 129:view 121:view 1925:830 1849:.4z 1844:.4g 1839:.4f 1834:.4e 1829:.4d 1824:.4c 1819:.4b 1814:.4a 1141:Qbb 1136:Qaz 1131:Qay 1126:Qat 1121:Qav 1088:.24 1083:.22 1078:.21 1073:.20 1068:.18 1063:.17 1051:.16 1046:.14 1041:.12 1036:.10 993:802 729:896 724:829 719:828 714:854 702:754 697:730 692:693 687:488 602:doi 1990:: 1864:.7 1859:.6 1854:.5 1804:.4 1799:.3 1794:.2 1784:.1 1760:bn 1755:bk 1752:bi 1749:bh 1746:bf 1736:be 1731:bd 1728:bc 1724:bb 1720:ba 1717:az 1713:ay 1702:ax 1697:aq 1694:ak 1690:aj 1685:ai 1680:ah 1675:af 1671:ae 1662:ad 1651:ac 1646:aa 1506:df 1501:de 1496:dd 1491:db 1486:da 1481:cz 1476:cy 1471:cx 1466:cw 1461:cv 1456:cu 1451:ct 1446:cs 1441:cr 1436:cq 1431:cp 1426:cn 1421:cm 1416:ck 1411:ch 1406:cg 1401:ce 1396:cd 1391:cc 1386:cb 1381:ca 1376:bz 1371:by 1366:bu 1360:bt 1354:ba 1349:az 1344:av 1339:au 1333:at 1327:aq 1322:an 1317:ak 1312:ah 1306:af 1300:ae 1295:ad 1290:ac 1285:ab 1206:BA 1196:AX 1191:AS 1186:aq 1181:ak 1176:ah 1171:ag 1166:AE 1161:ad 1156:AB 1031:.9 1026:.8 1021:.7 1016:.6 1011:.5 1006:.4 1001:.2 608:. 540:^ 509:^ 439:). 411:A 232:. 228:, 208:. 69:. 65:, 41:. 37:, 30:. 1810:) 1806:( 1790:) 1786:( 1767:) 1763:( 1743:) 1739:( 1709:) 1705:( 1668:) 1664:( 1658:) 1654:( 1642:z 1637:y 1632:w 1627:v 1622:u 1617:s 1612:r 1607:p 1603:) 1599:( 1596:n 1590:k 1585:j 1580:i 1575:h 1570:g 1565:f 1560:e 1555:d 1550:c 1545:b 1540:a 1523:) 1519:( 1280:z 1275:y 1270:x 1265:u 1260:j 1255:i 1250:e 1245:d 1240:b 1235:a 1223:) 1219:( 1202:) 1198:( 1151:X 1146:w 1116:Q 1111:p 1106:D 665:e 658:t 651:v 618:. 604:: 408:. 389:. 378:. 182:. 151:/ 137:,

Index

IEEE standard
software architecture
ISO/IEC/IEEE 42010
Institute of Electrical and Electronics Engineers
ISO/IEC
ISO/IEC 42010:2007
meta-model
architecture
stakeholders
multi-view
view
viewpoint
RM-ODP
IEEE 12207
ISO/IEC/IEEE 42010:2011
architecture description
Software architecture views
Enterprise Architecture Framework
View model





ISO/IEC 42010:2007, Systems and Software Engineering -- Architecture Description
ISO/IEC/IEEE 42010:2011, Systems and software engineering — Architecture description, the latest edition of the original IEEE Std 1471:2000, last update 5 February 2014


Architecture and Change
Archived

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