Search for dissertations about: "object-oriented programming"
Showing result 21 - 25 of 56 swedish dissertations containing the words object-oriented programming.
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21. PDEModelica - Towards a High-Level Language for Modeling with Partial Differential Equations
Abstract : This thesis describes initial language extensions to the Modelica language to define a more general language called PDEModelica, with built-in support for modeling with partial differential equations (PDEs). Modelica® is a standardized modeling language for objectoriented, equation-based modeling. READ MORE
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22. Tools for design, interactive simulation, and visualization of object-oriented models in scientific computing
Abstract : Mathematical models used in scientific computing are becoming large and complex. In order to handle the size and complexity, the models should be better structured (using objectorientation) and visualized (using advanced user interfaces). Visualization is a difficult task, requiring a great deal of effort from scientific computing specialists. READ MORE
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23. Formal Development of Safe and Secure Java Card Applets
Abstract : This thesis is concerned with formal development of Java Card applets. Java Card is a technology that provides a means to program smart cards with (a subset of) the Java language. In recent years Java Card technology gained great interest in the formal verification community. There are two reasons for this. READ MORE
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24. Extensible Compiler Construction
Abstract : Processing of programs is a core area in computer science. A compiler that translates source text to machine language is the most well-known kind of tool in this area, but there are numerous other kinds of related applications: source-to-source translators, refactoring tools, reengineering tools, metrics tools, consistency checkers, etc. READ MORE
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25. Language Constructs for Safe Parallel Programming on Multi-Cores
Abstract : The last decade has seen the transition from single-core processors to multi-cores and many-cores. This move has by and large shifted the responsibility from chip manufacturers to programmers to keep up with ever-increasing expectations on performance. READ MORE