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====== INCOSE International Symposium 2012 - MBSE Track ======

The INCOSE International symposium 2012 in Rome Italy, will include a track on Model-based Systems Engineering (MBSE).  Event details for the MBSE Track are summarized below.  Attendees must register for the  [[http://www.incose.org/symp2012/ | INCOSE IS]].



===== INCOSE Symposium 2012 - MBSE Track Summary=====
  * Sunday (July 8) - Tutorial – MBSE Methodologies, Languages, Complexity Mgmt, and Standardization
  * Monday (July 9) - MBSE Intro Plenary and Paper Track (Sessions: Architecture Approaches, Human Factors, and Improved Requirements) 
  * Tuesday (July 10) - MBSE Paper Track (Sessions: System of Systems, Physical Disciplines) 
  * Wednesday (July 11) – MBSE Tutorial (Essential MBSE—Models, SysML, and more)
  * Thursday (July 12) – MBSE Paper Track (Sessions: MBSE Case Studies, Space Applications)

===== Detailed Schedule =====

==== Sunday July 8 ====

==== Monday July 9 ====

^Start time^End time^Duration (min)^Tutorial Track 6^
|08:00	|09:30	|90	|Plenary|
|09:30	|10:00	|30	|Break|
|10:00	|12:10	|130	|Different Approaches to Architecture (ID148) - xFFBD: Towards a formal yet simple and complete functional modeling technique for system designers (ID181) - Generic Approach for Architecture Optimization in MBSE(ID67) - What Makes Motif Patterns of Engineering Systems Architectures to Look Alike?|
|12:10	|13:30	|90	|Lunch|
|13:30	|15:00	|90	|SE Focused on Human Factors (ID29) - Graphical Representation of Situation Awareness in Joint Cognitive Systems (ID166) - Sociotechnical systems resilience|
|15:00	|15:30	|30	|Break|
|15:30	|16:55	|85	|Improved Requirements with MBSE (ID237) - Rapid prototyping and validation of Human factors model in a Model Based Naval Systems Engineering Application(ID126) - Next Generation Requirements Engineering|

==== Tuesday July 10 ====
^Start time	^End time	^Duration (min)	^MBSE Paper Track 5^
|08:00	|09:30	|90	|Planery|
|09:30	|10:00	|30	|See MBSE Posters|
|10:00	|12:10	|130	|MBSE in Avionics (ID164) - Systems modeling with SysML - an experience report (ID162) - Model-based automatic generation and selection of safe architectures (ID143) - Model-Based Systems Engineering in an Integrated Environment|
|12:10	|13:30	|80	|Lunch|
|13:30	|14:55	|85	|MBSE used for SoS (ID207) - A SysML-based Approach for the Specification of Complex Systems (ID147) - Connections in Systems of Systems|
|14:55	|15:30	|35	|Break|
|15:30	|16:55	|85	|Using MBSE in the Physical Disciplines (ID169) - A collaborative model-based process driven by systems engineering and mechatronics methods (ID142) - PMBSE Supports Manufacturing System Design|

==== Wednesday July 11 ====
^Start time	^End time	^Duration (min)	^Tutorial Track 8^
|08:00	|09:30	|90	|Tutorial F05 (ID17) Essential Model-Based Systems Engineering – Models, SysML, and More David Long and Paul Logan|
|09:30	|10:00	|30	|Break|
|10:00	|12:10	|130	|Tutorial F05 (ID17) Essential Model-Based Systems Engineering – Models, SysML, and More David Long and Paul Logan|
|12:10	|13:30	|80	|Lunch|
|13:30	|14:55	|85	|Tutorial F05 (ID17) Essential Model-Based Systems Engineering – Models, SysML, and More David Long and Paul Logan|
|14:55	|15:30	|35	|Break|
|15:30	|16:55	|85	|Tutorial F05 (ID17) Essential Model-Based Systems Engineering – Models, SysML, and More David Long and Paul Logan|

==== Thursday July 12 ====
^Start ^time	^End time	^Duration (min)	^Tutorial Track 5^
|08:00	|09:30	|90	|MBSE Case Studies (ID244) - An MBSE Case Study and Research Challenges (ID123) - Three years of MBSE for a large scientific programme: Report from the Trenches of Telescope Modelling|
|09:30	|10:00	|30	|See MBSE Posters|
|10:00	|12:10	|130	|MBSE in Space (ID81) - Toward Integrated Model-Centric Engineering on NASA’s Europa Mission Concept Study (ID71) - A NASA Space Communications and Navigation SysML Profile Adaptation (ID59) - Cost-Benefit Analysis of SysML Modelling for the Atomic Clock Ensemble in Space (ACES) Simulator|

Additional MBSE papers are spread throughout the program including: 

^Day^Session #^Track #^Sequence #^ID^Paper Title^
|Monday|1|1|2|42|Applying Model Based Systems Engineering approach to Smart Grid Software Systems Security Requirements|
|Monday|1|6|2|181|Generic Approach for System Design Optimization in MBSE|
|Monday|2|4|1|131|A Case of Systems Engineering in Daily Life|
|Monday|3|2|2|27|Integrating Reasoning with SysML|
|Monday|3|6|2|126|Next Generation Requirements Engineering|
|Tuesday|4|3|2|36|Integrating Systems Science, Systems Thinking, and Systems Engineering: understanding the differences and exploiting the synergies|
|Tuesday|4|5|3|97|Efficiently Managing Product Baseline Configurations in the Model-Based System Development of a Combat System Product Family|
|Tuesday|4|4|3|143|Model-Based Systems Engineering in an Integrated Environment|
|Tuesday|4|5|2|144|MBSE Feasibility Study to improve PLM Business Solution System Specification and Design|
|Tuesday|4|4|2|162|Model-based automatic generation and selection of safe architectures|
|Tuesday|4|4|1|164|Systems modeling with SysML - an experience report|
|Tuesday|4|2|2|226|Application of Systems Engineering to Improve Extracorporeal Membrane Oxygenation (ECMO) Therapy|
|Tuesday|4|5|1|233|Using MBSE Methodology to drive a PLM Initiative|
|Tuesday|5|5|2|123|Three years of MBSE for a large scientific programme: Report from the Trenches of Telescope Modelling|
|Tuesday|5|5|1|244|An MBSE Case Study and Research Challenges|
|Tuesday|6|5|2|142|MBSE Supports Manufacturing System Design|
|Tuesday|6|5|1|169|A collaborative model-based process driven by systems engineering and mechatronics methods.|
|Wednesday|7|4|1|68|Towards a Value-Driven Design Methodology – Enhancing Traditional Requirements Management Within the Extended Enterprise|
|Wednesday|7|5|1|150|An incremental hybridisation of heterogeneous case studies to develop an ontology for capability engineering|
|Wednesday|7|7|1|223|Getting the right requirements right|
|Wednesday|8|4|1|84|Assessing Uncertain Benefits: a Valuation Approach for Strategic Changeability (VASC)|
|Wednesday|8|7|1|152|Managing and understanding complex systems using traceability and open source software|
|Wednesday|9|4|2|173|The NIILS Innovative Process and Approach to Manage and Measure Complex Systems Effectiveness and Availability|
|Thursday|10|1|2|175|Towards a framework for variability management and integration in Systems Engineering|
|Thursday|10|5|1|207|A SysML-based Approach for the Specification of Complex Systems|
|Thursday|10|1|1|208|A Commonsense-Driven Architecture Framework. Part 1: A Car Manufacturer’s (naïve) Take on MBSE|
|Thursday|11|5|3|59|Cost-Benefit Analysis of SysML Modelling for the Atomic Clock Ensemble in Space (ACES) Simulator|
|Thursday|11|5|2|71|A NASA Space Communications and Navigation SysML Profile Adaptation|
|Thursday|11|5|1|81|Early Formulation Model-Centric Engineering on NASA’s Europa Mission Concept Study|
|Thursday|11|3|3|83|System concurrent engineering of a Star Sensor|
|Thursday|11|1|2|232|Simulation of an Electrical Utility Network and Control System in SysML|


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