This position paper takes a bottom-up approach that analyzes the suitability of UML for modeling aspect-oriented software, and compares it with the UML support for modeling object-oriented software. We first introduce the basic concepts of AspectJ, a state-of-the-art aspect-oriented programming language, and then take a naïve approach using standard UML, as it is, for modeling these concepts. A...

In many non trivial application domains, object types with a complex structure occur. Data modelling techniques which only allow flat structures are not suitable for representing such complex object types. In this paper a general data modelling technique, the Predicator Set Model, is introduced, which is capable of representing complex structures in a natural way. The expressiveness of the Pred...

The integration of statecharts is part of an integration me thodology for object oriented views Statecharts are the most important language for the representation of the behaviour of objects and are used in many object oriented modeling techniques e g in UML In this paper we focus on the situation where the behaviour of an object type is represented in several statecharts which have to be integ...

|In recent years, a number of proposals have been made to extend conventional conceptual data modeling techniques with concepts for modeling complex object structures. Among the most prominent proposed concepts is the concept of collection type. A collection type is an object type of which the instances are sets of instances of an other object type. A drawback of the introduction of such a new ...

This paper presents one proposal for teaching the foundations of object oriented programming using the Unified Modeling Language (UML) as one modeling language and Java as one object oriented programming language. Unlike other approaches where only two types of UML diagrams are used with the intention of transferring them to a codification (class diagram and sequence diagram, or class diagram a...

Object Oriented Physical Modeling (OOPM) is an object-oriented methodology for constructing physical models by emphasizing a clear framework to organize the geometry and dynamics of the models. An environment called MOOSE (Multimodeling Object Oriented Simulation Environment) is under development to explore this OOPM concept. MOOSE provides a solid connection between blackboard models and softw...

Due to the many limitation and poor data handling in the existing relational database, the software professional and researchers moves towards the object-oriented database which has much better capability to handling the real and complex real world data i.e. clear and crisp data and also have the capability to perform some huge and complex queries in an effective manner. On the other hand, a ne...

Analysis and design of object oriented is onemodern paradigms for developing a system. In this paradigm, there are several objects and each object plays some specific roles. Identifying objects (and classes) is one of the most important steps in the object-oriented paradigm. This paper makes a literature review over techniques to identify objects and then presents six taxonomies for them. The f...

One of the modern paradigms to develop an application is object oriented analysis and design. In this paradigm, there are several objects and each object plays some specific roles in applications. In an application, we must distinguish between procedural semantics and declarative semantics for their implementation in a specific programming language. For the procedural semantics, we can write a ...

Technology transfers between software and hardware engineering date back to a decade and a half. Object-oriented technology from software engineering is one such successful transfer to hardware design. There is a natural correspondence between object-oriented concepts and hardware design. The work presented in this paper extends the basic application of object-oriented technology to system-leve...