A uml profile and a methodology for real

The UML Class diagram is a graphical notation used to construct and visualize object oriented systems. A class diagram in the Unified Modeling Language UML is a type of static structure diagram that describes the structure of a system by showing the system's:. A Class is a blueprint for an object. Objects and classes go hand in hand.

We can't talk about one without talking about the other. And the entire point of Object-Oriented Design is not about objects, it's about classes, because we use classes to create objects. So a class describes what an object will be, but it isn't the object itself.

In fact, classes describe the type of objects, while objects are usable instances of classes.

a uml profile and a methodology for real

Each Object was built from the same set of blueprints and therefore contains the same components properties and methods. The standard meaning is that an object is an instance of a class and object - Objects have states and behaviors. A dog has states - color, name, breed as well as behaviors -wagging, barking, eating.

An object is an instance of a class. A class represent a concept which encapsulates state attributes and behavior operations.

a uml profile and a methodology for real

Each attribute has a type. Each operation has a signature.

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The class name is the only mandatory information. Each parameter in an operation method may be denoted as in, out or inout which specifies its direction with respect to the caller. This directionality is shown before the parameter name.

Towards a traceability model in a MARTE-based methodology for real-time embedded systems

The choice of perspective depends on how far along you are in the development process. During the formulation of a domain modelfor example, you would seldom move past the conceptual perspective. Analysis models will typically feature a mix of conceptual and specification perspectives. Design model development will typically start with heavy emphasis on the specification perspectiveand evolve into the implementation perspective.

The perspective affects the amount of detail to be supplied and the kinds of relationships worth presenting. As we mentioned above, the class name is the only mandatory information. UML is not just about pretty pictures. If used correctly, UML precisely conveys how code should be implemented from diagrams. If precisely interpreted, the implemented code will correctly reflect the intent of the designer.

Can you describe what each of the relationships mean relative to your target programming language shown in the Figure below? If you can't yet recognize them, no problem this section is meant to help you to understand UML class relationships. A class may be involved in one or more relationships with other classes.The Infona portal uses cookies, i.

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Bartolini, C. Abstract Modern real-time systems are increasingly complex and pervasive. Model driven engineering MDE is the emerging approach for the design of complex systems, strongly based on the usage of abstract models as key artifacts, from which an implementation is derived through a series of well-defined automated transformations. To express models in a particular domain, and notably for the modeling of real-time embedded systems, UML profiles have been proposed, which enrich the set of UML native elements with a consistent set of extensions.

In this trend, this paper develops an approach to the design of realtime systems, based on a UML profile which is obtained from the OMG standard SPT-Profile, with a few necessary modifications.

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Download to disc. High contrast On Off. Close window. Assign to yourself. Assign to other user Search user Invite. Assign Wrong email address.Our contribution is two fold: on the one hand, we propose to include directly requirements in the modeling process; on the other hand, we identify potential traceability links that we model by using the SysML requirement profile.

We also present the toolbox that supports our contribution. This is a preview of subscription content, log in to check access.

Creating Java UML Diagram with NetBeans

Rent this article via DeepDyve. Model driven architecture in the specification. Implementation and validation of object-oriented embedded systems. UMLOctober. May Hakodate, Hokkaido, Japan.

OMG specification. August Toulouse, France, January. Berlin, Germany. Download references. Correspondence to Hung Le Dang. Reprints and Permissions. Le Dang, H. Innovations Syst Softw Eng 4, — Download citation.

Received : 01 July Accepted : 26 July Published : 12 August Issue Date : October Search SpringerLink Search. Immediate online access to all issues from Subscription will auto renew annually. Taxes to be calculated in checkout. References 1 OMG. MDA guide version 1. May 10 OMG specification. View author publications. Rights and permissions Reprints and Permissions.

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About this article Cite this article Le Dang, H.An UML profile describes lightweight extension mechanism to the UML by defining custom stereotypes, tagged values, and constraints. They are used to adapt UML metamodel to different platforms and domains. In this paper we present an UML profile for models supporting event driving simulation. In particular, we use the Arena simulation tool and we focus on the mining process domain.

They can be used as a presimulation technique to obtain solid models for the mining industry. In this work we present a new profile to extend the UML metamodel; in particular we focus on the activity diagram. This extended model is applied to an industry problem involving loading and transportation of minerals in the field of mining process.

This tool becomes a modeling standard in to follow what changed the world of software [ 2 ]. UML makes it possible to model any system from different perspectives. Modeling a system from different perspectives allows to clearly picking the vision of what you want to do. This is because UML is a language that holds its own specific rules, semantic, and syntax. UML can be used as documentation of code, but it is also intended as a means of specifying a system.

a uml profile and a methodology for real

If the language is not precisely defined, the generated system may not be what the model creators intended. UML has an abstract syntax which is processed by model transformation and code generation. The relation in UML between concrete diagrammatic syntax and the abstract syntax it represents is complicated enough to be a potential source of error.

Precisely defining this relationship could simplify the creation of graphical model editors and facilitate animations [ 4 ] and reverse engineering. The definition should clearly delineate concrete syntax, abstract syntax, and semantics, and it should also specify the relationships between these parts.

UML defines several types of diagrams to view the dynamic aspects of a system. One of these diagram types is the activity diagram [ 5 ] which is used in this work to document the workflow in a system. UML Diagrams are suitable for system analysis, design, and development. However, UML and its diagrams cannot accurately specify concepts for particular domains.

That is why UML embodies the concept of profiles. When these elements are introduced the model can be clearly visualized and software developers can improve communication and establish a common vocabulary.UML is a standard language for specifying, visualizing, constructing, and documenting the artifacts of software systems. UML can be described as a general purpose visual modeling language to visualize, specify, construct, and document software system. Although UML is generally used to model software systems, it is not limited within this boundary.

It is also used to model non-software systems as well. For example, the process flow in a manufacturing unit, etc. UML is not a programming language but tools can be used to generate code in various languages using UML diagrams. UML has a direct relation with object oriented analysis and design. A picture is worth a thousand wordsthis idiom absolutely fits describing UML. Object-oriented concepts were introduced much earlier than UML.

At that point of time, there were no standard methodologies to organize and consolidate the object-oriented development. It was then that UML came into picture.

a uml profile and a methodology for real

There are a number of goals for developing UML but the most important is to define some general purpose modeling language, which all modelers can use and it also needs to be made simple to understand and use.

UML diagrams are not only made for developers but also for business users, common people, and anybody interested to understand the system. The system can be a software or non-software system. Thus it must be clear that UML is not a development method rather it accompanies with processes to make it a successful system. To understand the conceptual model of UML, first we need to clarify what is a conceptual model?

A conceptual model is the first step before drawing a UML diagram. It helps to understand the entities in the real world and how they interact with each other. As UML describes the real-time systems, it is very important to make a conceptual model and then proceed gradually. An object contains both data and methods that control the data. The data represents the state of the object.

A class describes an object and they also form a hierarchy to model the real-world system. The hierarchy is represented as inheritance and the classes can also be associated in different ways as per the requirement.

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Objects are the real-world entities that exist around us and the basic concepts such as abstraction, encapsulation, inheritance, and polymorphism all can be represented using UML. UML is powerful enough to represent all the concepts that exist in object-oriented analysis and design.The evolution of the semiconductor technology caters for the increase in the System-on-Chip SoC complexity.

In particular, this complexity appears in the communication infrastructures like the Network-on-Chips NoCs. However many complex SoCs are becoming increasingly hard to manage. In fact, the design space, which represents all the concepts that need to be explored during the SoC design, is becoming dramatically large and difficult to explore.

This has resulted in the increase of both time-to-market and the development costs. Thus, there is a need for developing some automated high level modeling environments for computer aided design in order to handle the design complexity and meet tight time-to-market requirements. This paper presents a new methodology for modeling concepts of NoC-based architectures, especially the modeling of topology of the interconnections with the help of the repetitive structure modeling RSM package of MARTE profile.

This work deals with the ways of improving the effectiveness of the MARTE standard by clarifying and extending some notations in order to model complex NoC topologies. Our contribution includes a description of how these concepts may be mapped into VHDL. The generated code has been successfully evaluated and validated for several NoC topologies. Systems-on-chips SoCs provide integrated solutions to meet the challenging design problems in the areas of embedded systems and consumer electronic.

Much of the progress in these fields allows the designers to conceive complex electronic engines and reduce time-to-market.

Modern SoCs are composed of tens to hundreds of IP cores. Actually, they have emerged as a new solution for designing embedded systems in order to increase performance and reduce power consumption. The designer is empowered with a level of abstraction that focuses more on the system functionality rather than on the low level design details.

There is also a demand for developing high level modeling environments for computer-aided design.

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The modeling of highly repetitive structures such as the network on chip topologies in graphical forms poses a particular challenge.

The Model Driven Engineering is a software development methodology in which the complete system is modeled at a high abstraction level allowing several abstraction stages. UML is now the most widespread modeling language used by both industry and research communities. The field of real-time embedded software systems is a domain for which extensions to UML are required to provide a more precise expression of domain-specific phenomena. MARTE [ 11 ] was required to support modeling and analysis of component-based architectures.

Due to the necessity of functional validation of each component in the hardware architectures, the required development time increases exponentially. It allows to model multidimensional data accesses without compromising the usability of the specification and provides ways to statically schedule these applications on parallel hardware platforms. All the regularity in the application, hardware architecture and mapping, can be modeled in a compact way. By adopting the Gaspard2 strategy, the massive reuse of a few existing components is guaranteed.

This approach can significantly reduce the time-to-market, facilitates redesign when a new SoC needs to be developed and presents a way for fast development. We evaluate our approach using the quality of solution in terms of mapping and space complexity.

The structure of the paper is as follows. We then present our methodology and the VHDL code generation. We conclude our paper with a discussion of our results. We note that in literature there are a few works that deal with NoC modeling via the MARTE profile, defining methodology or providing the effectiveness of notation to model all NoC concepts like topology. Thus, to bridge the gap between RTL and system level many works try to propose new approaches for making a link between both levels.

For instance, the Xpipes compiler tool that generates the entire design is intended to xpipe NoC. This automates some of the most critical and time intensive NoC design steps such as topology synthesis and core mapping. Other design flows have been proposed in the research community like: Arteris [ 18 ] iNoCs [ 19 ], Silistix [ 20 ] and Spider [ 21 ].

They provide some design automation tools for NoCs. For instance, in the iNoCs the tool flow starts from the constraints of both the architecture and the application to go from input specifications all the way to the RTL description of the topology. In order to handle the design complexity and meet the tight time-to-market constraints, it is not sufficient to automate most of these NoC design phases.

For example, mapping routers to a topology is time consuming and can require a large number of developers.Skip to search form Skip to main content You are currently offline. Some features of the site may not work correctly. DOI: Chen and M.

MARTE Profile

Sgroi and L. Lavagno and G. Martin and A. Sangiovanni-Vincentelli and J. ChenM. Rabaey Published Computer Science. Important trends are emerging for the design of embedded systems: a the use of highly programmable platforms, and b the use of the Unified Modeling Language UML for embedded software development. We believe that the time has come to combine these two concepts into a unified embedded system development methodology.

Although each concept is powerful in its own right, their combination magnifies the effective gains in productivity and implementation. View via Publisher. Save to Library. Create Alert. Launch Research Feed. Share This Paper. Zha, Ram D. Sriram Carioni, A. Gargantini, … P.

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