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mbse:ppooa [2020/01/15 15:28]
joselfernandez some textual modifications
mbse:ppooa [2021/05/07 07:56]
joselfernandez New publication added
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   * ISE&​PPOOA provides a collection of guidelines or heuristics to help the engineers in the architecting of a system.   * ISE&​PPOOA provides a collection of guidelines or heuristics to help the engineers in the architecting of a system.
  
-  * One of the project deliverables is the functional architecture representing the functional hierarchy using the SysML block definition diagram. This diagram is complemented with activity diagrams for the main system functional flows. The N2 chart is used as an interface diagram in the shape of a matrix where the main functional interfaces are identified. A textual description of the system functions is also provided as part of the deliverable.+  * One of the project deliverables is the functional architecture representing the functional hierarchy using the SysML block definition diagram. This diagram is complemented with activity diagrams for the main system functional flows. The N square ​chart is used as an interface diagram in the shape of a matrix where the main functional interfaces are identified. A textual description of the system functions is also provided as part of the deliverable.
  
-  * Other of the deliverables is the physical architecture,​ representing the system decomposition into subsystems and parts using the SysML block definition diagram. This diagram is complemented with SysML internal block diagrams for each subsystem and activity and state diagrams as needed. A textual description of the system ​blocks ​is also provided. The heuristics used for the particular architecture solution are identified and documented.+  * Other of the deliverables is the physical architecture,​ representing the system decomposition into subsystems and parts using the SysML block definition diagram. This diagram is complemented with SysML internal block diagrams for each subsystem and activity and state diagrams as needed. A textual description of the system ​parts is provided ​as well. The heuristics used for the particular architecture solution are identified and documented.
  
   * The software subsystem architecture is described in PPOOA using two views supported by one or more diagrams using UML notation. One view is the static of structural view and the other is the dynamic or behavioral view of the system. The system architecture diagram represents the system components and the composition and usage relations between them. Coordination mechanisms used as connectors are also represented. The system behavioral view is supported by  UML/SysML activity diagrams representing an internal view of the flow of actions performed by the system in response to an event   * The software subsystem architecture is described in PPOOA using two views supported by one or more diagrams using UML notation. One view is the static of structural view and the other is the dynamic or behavioral view of the system. The system architecture diagram represents the system components and the composition and usage relations between them. Coordination mechanisms used as connectors are also represented. The system behavioral view is supported by  UML/SysML activity diagrams representing an internal view of the flow of actions performed by the system in response to an event
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 === Tool Support === === Tool Support ===
  
-  * ISE &PPOOA was created as tool- and vendor-neutral+  * ISE&​PPOOA ​MBSE methodology ​was created as tool- and vendor-neutral
  
-  * Currently tool support for architecting software with PPOOA is provided via a free add-on for Microsoft Visio 2003 that can be requested [[http://​www.ppooa.com.es/​download.htm]]. This tool supports software architecture developing, documentation generation and the interoperability with other execution simulation and schedulability analysis tools (for example the Cheddar tool from the University of Brest)[[http://​beru.univ-brest.fr/​~singhoff/​cheddar/​contribs/​examples_of_use/​00readme.html]]+  * Currently tool support for architecting software with PPOOA framework ​is provided via a free add-on for Microsoft Visio 2003 that can be requested [[http://​www.ppooa.com.es/​download.htm]]. This tool supports software architecture developing, documentation generation and the interoperability with other execution simulation and schedulability analysis tools (for example the Cheddar tool from the University of Brest)[[http://​beru.univ-brest.fr/​~singhoff/​cheddar/​contribs/​examples_of_use/​00readme.html]]
 === Offering/​Availability === === Offering/​Availability ===
  
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   * PPOOA white papers and articles are available on its website [[http://​www.ppooa.com.es/​publications.htm]]   * PPOOA white papers and articles are available on its website [[http://​www.ppooa.com.es/​publications.htm]]
  
-=== Resources ===+=== Resources ​and External References===
  
   * Fernandez, Jose L.(1998), ”An Architectural Style for Object-Oriented Real-Time Systems”, 5th International Conference on Software Reuse.Victoria (Canada). IEEE 1998.[[http://​ieeexplore.ieee.org/​document/​685753/​]]   * Fernandez, Jose L.(1998), ”An Architectural Style for Object-Oriented Real-Time Systems”, 5th International Conference on Software Reuse.Victoria (Canada). IEEE 1998.[[http://​ieeexplore.ieee.org/​document/​685753/​]]
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   * Hernández Corbato, C. (2013), "​Model-based Self-awareness Patterns for Autonomy"​. PhD Dissertation. Industrial Engineering School. Madrid Technical University (UPM). Madrid (Spain). October 17, 2013.[[http://​tierra.aslab.upm.es/​documents/​PhD/​PhD-CHernandez.pdf]]   * Hernández Corbato, C. (2013), "​Model-based Self-awareness Patterns for Autonomy"​. PhD Dissertation. Industrial Engineering School. Madrid Technical University (UPM). Madrid (Spain). October 17, 2013.[[http://​tierra.aslab.upm.es/​documents/​PhD/​PhD-CHernandez.pdf]]
  
-  * Fernández, J. L., Lopez, J. and Gomez, J.P. (2015), "Model Based Enginering of an Unmanned Aerial System"​. The 20th International Conference on Reliable Software Technologies-Ada Europe 2015. 22-26 June 2015. Madrid (Spain).[[https://​ae2015.dit.upm.es/​sessions.html]]+  * Fernández, J. L., Lopez, J. and Gomez, J.P. (2015), "Model Based Enginering of an Unmanned Aerial System"​. The 20th International Conference on Reliable Software Technologies-Ada Europe 2015. 22-26 June 2015. Madrid (Spain).
  
   * Hernández, C., Fernández, J.L., Sánchez-Escribano,​ G. Bermejo-Alonso,​ J. and Sanz, R.(2015), "​Model-Based Metacontrol for Self-Adaptation"​. The 8th International Conference on Intelligent Robotics and Applications. Portsmouth, UK. 24-27 August 2015. Springer, Lecture Notes in Artificial Intelligence,​ LNAI 9244. [[http://​link.springer.com/​chapter/​10.1007/​978-3-319-22879-2_58]].[[https://​books.google.es/​books?​id=UqxnCgAAQBAJ&​pg=PA651&​lpg=PA651&​dq=ise%26ppooa&​source=bl&​ots=v13zPalu3Y&​sig=u9QwI-WPj_mwXz6s04iXVGTXf8k&​hl=es&​sa=X&​ved=0ahUKEwiK4-amvqnMAhWLXBoKHVJqDAwQ6AEIPzAE#​v=onepage&​q=ise%26ppooa&​f=false]]   * Hernández, C., Fernández, J.L., Sánchez-Escribano,​ G. Bermejo-Alonso,​ J. and Sanz, R.(2015), "​Model-Based Metacontrol for Self-Adaptation"​. The 8th International Conference on Intelligent Robotics and Applications. Portsmouth, UK. 24-27 August 2015. Springer, Lecture Notes in Artificial Intelligence,​ LNAI 9244. [[http://​link.springer.com/​chapter/​10.1007/​978-3-319-22879-2_58]].[[https://​books.google.es/​books?​id=UqxnCgAAQBAJ&​pg=PA651&​lpg=PA651&​dq=ise%26ppooa&​source=bl&​ots=v13zPalu3Y&​sig=u9QwI-WPj_mwXz6s04iXVGTXf8k&​hl=es&​sa=X&​ved=0ahUKEwiK4-amvqnMAhWLXBoKHVJqDAwQ6AEIPzAE#​v=onepage&​q=ise%26ppooa&​f=false]]
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   * Fernandez, J.L. and Hernandez, C. (2019),"​Practical Model-Based Systems Engineering",​ Artech House,​Boston,​ MA. ISBN:​9781630815790.[[https://​books.google.es/​books?​id=8VyzDwAAQBAJ&​hl=es]]   * Fernandez, J.L. and Hernandez, C. (2019),"​Practical Model-Based Systems Engineering",​ Artech House,​Boston,​ MA. ISBN:​9781630815790.[[https://​books.google.es/​books?​id=8VyzDwAAQBAJ&​hl=es]]
 +
 +  * Fernandez, J.L. (2020), "An Introduction to the ISE & PPOOA approach to MBSE," webinar April 29, 2020. MBSE Group-INCOSE UK Chapter. Slides are available at [[http://​www.incosewiki.info/​Model_Based_Systems_Engineering/​Files/​b/​bd/​ISE%26PPOOA_Methodology_Webinar_April_29_2020.pdf]]. Recording is available at [[https://​www.youtube.com/​watch?​v=UVOLHBn8l90]].
 +
 +  * Project Performance International (2020). "​Systems Engineering Newsletter."​ PPI SyEN 91 – 27 July 2020. [[https://​www.ppi-int.com/​ppisyen91/​]]  ​
 +
 +  * Fernandez,​J.L. and Hernandez,​C.(2020)."​ISE&​PPOOA a MBSE Methodology from System to Software Architecture."​ INCOSE Webinar 145, November 18,2020. Recording and slides available at INCOSE website.[[https://​www.incose.org/​]]
 +
 +  * Fernandez, J.L., Martinez, J.A. and E. Diez. (2021),"​Modeling the Mission Dimension. The Case of an Intravascular Medical Device,"​ INCOSE IW 2021, January 29-31, 2021. Slides available at OMG MBSE wiki.[[https://​www.omgwiki.org/​MBSE/​lib/​exe/​fetch.php?​media=mbse:​incose_mbse_iw_2021:​iw2021_lightning_round_mission_dimension_of_a_imd.pdf]]
 +
 +  * Garcia, A and J.L. Fernandez. (2021),"​A Practical Example of the Process to Define a System Functional Architecture,"​ PPI SyEN 98 -24 February 2021.[[https://​www.ppi-int.com/​syen-newsjournal/​ppi-syen-98/​]]
 +
 +  *Fernandez, J.L., Martinez, J.A. and E. Diez-Jimenez. (2021),​“Modeling the Mission Dimension. The Case of an Intravascular Medical Device,​” ​ PPI SyEN, issue 100, April 2021.[[https://​www.ppi-int.com/​wp-content/​uploads/​2021/​04/​PPI-SyEN-100-1.pdf]]
 +
 +  * Martinez, J.A. et al.(2021),"​Model-Based Systems Engineering Applied to Trade-Off Analysis of Wireless Power Transfer Technologies for Implanted Biomedical Microdevices,"​ Sensors 2021, 21, 3201. https://​doi.org/​10.3390/​s21093201 [[https://​www.mdpi.com/​1424-8220/​21/​9/​3201/​htm]]
  
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mbse/ppooa.txt · Last modified: 2024/01/23 06:38 by joselfernandez