MDA/UML MAS

MDA with UML for Military Aerospace Systems

Duration

3 days.

Objective

To provide students with a good understanding of the principles and process for building Platform-Independent Models using SysML and UML, with a focus on military aerospace applications. To allow students to perform large-scale integration of such models to form a coherent set of components to use as the basis for platform-specific design and implementation.

This course is tool agnostic, and the techniques presented are applicable to all mainstream UML tools.

Audience

Systems Engineers, Software Engineers, Testers

Prerequisites

None

Benefits

The course content covers the key elements of SysML for modelling the system architecture, and UML as a platform-independent modeling formalism. It incorporates examples drawn from military aerospace systems to illustrate how the various models are constructed.

Students will consolidate their understanding through a series of practical exercises, mostly based upon military aerospace systems.

CS

Course Synopsis

The MDA Process

This gives an overall picture of the MDA process, and the primary artefacts produced during that process.

Static Models

This deals with all aspects of modeling classes, associations, generalisations and attributes, using a variety of exercises. The UML Class Diagram Is the primary notation used. Students gain confidence in static modeling using a variety of exercises, some based upon aerospace systems.

Domain Partitioning

This explains the principles of partitioning a system into separate domains, and provides proven techniques for finding and defining a coherent set of domains. The UML Package Diagram is introduced as a means of representing the domains and their dependencies.

This section introduces a number of techniques that can be used to establish the scope of the domains making up a system in order that they may be developed concurrently by a number of teams. This includes the use of UML Sequence Diagrams.

Dynamic Models

This covers the process of defining operations and state charts for the classes in each domain. It emphasises the importance of establishing the overall interaction pattern using UML Communication Diagrams prior to construction of the individual state charts.

Use Case Modelling

This section explains how use case analysis can be used to draw out and organise system requirements. A military avionics system is used to illustrate the principles.

Interaction Modelling

This shows how Sequence Diagrams form the basis for linking use cases to a set of domains making up a system. It illustrates use of communication models to understand and document the interactions between classes within each domain.

Modelling Patterns

This provides illustrations of a number of common patterns used in platform independent models. In each case, students are given guidelines about when to apply the pattern, and the benefits.

This section also shows how to apply patterns to optimise system performance in specific areas. Students practice applying these patterns during a number of exercises based upon aerospace systems, including:

– Aircraft System Domain Model

– Aircraft Stores Class Model

– Weapon Descriptors Generic Class Model

– Launch Sequence State Model

Domain Integration

This explains how to integrate a system of domains. It illustrates specification of domain interfaces (ports) and connectors.

MDA and Metamodels

This section explains the principles of metamodels and mappings that underpin the MDA approach. Various example metamodels, mostly drawn from aerospace applications, are used to illustrate the ways in which metamodeling can be applied to allow construction of systems that are easier to upgrade and port.

Summary

Brings together the key aspects of MDA and UML, and provides references to additional information.

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