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^Day^Session #^Track #^Sequence #^ID^Paper Title^ | ^Day^Session #^Track #^Sequence #^ID^Paper Title^ | ||
- | |Monday|1|1|2|42|Applying Model Based Systems Engineering approach to Smart | + | |Monday|1|1|2|42|Applying Model Based Systems Engineering approach to Smart Grid Software Systems Security Requirements| |
- | Grid Software Systems Security Requirements| | + | |
|Monday|1|6|2|181|Generic Approach for System Design Optimization in MBSE| | |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|2|4|1|131|A Case of Systems Engineering in Daily Life| | ||
|Monday|3|2|2|27|Integrating Reasoning with SysML| | |Monday|3|2|2|27|Integrating Reasoning with SysML| | ||
|Monday|3|6|2|126|Next Generation Requirements Engineering| | |Monday|3|6|2|126|Next Generation Requirements Engineering| | ||
- | |Tuesday|4|3|2|36|Integrating Systems Science, Systems Thinking, and Systems | + | |Tuesday|4|3|2|36|Integrating Systems Science, Systems Thinking, and Systems Engineering: understanding the differences and exploiting the synergies| |
- | 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|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|4|3|143|Model-Based Systems Engineering in an Integrated Environment| | ||
- | |Tuesday|4|5|2|144|MBSE Feasibility Study to improve PLM Business Solution | + | |Tuesday|4|5|2|144|MBSE Feasibility Study to improve PLM Business Solution System Specification and Design| |
- | System Specification and Design| | + | |Tuesday|4|4|2|162|Model-based automatic generation and selection of safe architectures| |
- | |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|4|1|164|Systems modeling with SysML - an experience report| | ||
- | |Tuesday|4|2|2|226|Application of Systems Engineering to Improve | + | |Tuesday|4|2|2|226|Application of Systems Engineering to Improve Extracorporeal Membrane Oxygenation (ECMO) Therapy| |
- | Extracorporeal Membrane Oxygenation (ECMO) Therapy| | + | |
|Tuesday|4|5|1|233|Using MBSE Methodology to drive a PLM Initiative| | |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: | + | |Tuesday|5|5|2|123|Three years of MBSE for a large scientific programme: Report from the Trenches of Telescope Modelling| |
- | Report from the Trenches of Telescope Modelling| | + | |
|Tuesday|5|5|1|244|An MBSE Case Study and Research Challenges| | |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|2|142|MBSE Supports Manufacturing System Design| | ||
- | |Tuesday|6|5|1|169|A collaborative model-based process driven by systems | + | |Tuesday|6|5|1|169|A collaborative model-based process driven by systems engineering and mechatronics methods.| |
- | 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|4|1|68|Towards a Value-Driven Design Methodology – Enhancing | + | |Wednesday|7|5|1|150|An incremental hybridisation of heterogeneous case studies to develop an ontology for capability engineering| |
- | 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|7|7|1|223|Getting the right requirements right| | ||
- | |Wednesday|8|4|1|84|Assessing Uncertain Benefits: a Valuation Approach for | + | |Wednesday|8|4|1|84|Assessing Uncertain Benefits: a Valuation Approach for Strategic Changeability (VASC)| |
- | Strategic Changeability (VASC)| | + | |Wednesday|8|7|1|152|Managing and understanding complex systems using traceability and open source software| |
- | |Wednesday|8|7|1|152|Managing and understanding complex systems using | + | |Wednesday|9|4|2|173|The NIILS Innovative Process and Approach to Manage and Measure Complex Systems Effectiveness and Availability| |
- | traceability and open source software| | + | |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| | ||