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In this article are rendered the requisite stages for the accomplishment of a game. The design of the game is accomplished by the next two unified modelling language diagrams: use-case diagram and class diagram. By achieving these types of diagrams, the game is described in an obvious and concrete approach, without ambiguousness. There have been identified seven specific concepts of this game, and then there have been implemented corresponding classes for these concepts. For the game development on the Android platform it will be used computer science branches as object oriented programming and computational geometry, and as programming language it will be used Java Standard Edition with Android application programming interface. The CASE tool used to represent the diagrams was ArgoUML, and the source code was written in Eclipse integrated development environment. [ABSTRACT FROM AUTHOR]

In this article are rendered the requisite stages for the accomplishment of a puzzle game. The puzzle consists in moving the polyhedra of different types and colours, having five levels of difficulty. It can choose from three types of polyhedra: prisms, pyramids or pyramidal frustums. The game is ended when on every line the polyhedra have the same colour and on every column have the same polygon as base in an increasing number of sides of the base. The design of the puzzle is accomplished by the next UML diagrams: use-case diagram, class diagram and component diagram. By achieving these types of diagrams, the puzzle is described in an obvious and concrete approach, without ambiguousness. The implementation of the game was realised through the Java programming language with NetBeans IDE. The game also allows the determination of the optimal solution by implementing of A* informed search algorithm using Manhattan admissible heuristic function. [ABSTRACT FROM AUTHOR]

This article illustrates the required phases for the achieving of the interactive software used for the study of the elliptic paraboloid and hyperbolic paraboloid. The modelling of the interactive software is accomplished by specific UML diagrams representing the phases of analysis, design and implementation. The analysis phase is characterized by two types of UML diagrams: use-case diagram and activity diagrams. The design phase is characterized by three types of diagrams: class diagram, state diagrams, and interaction diagrams. Implementation phase it corresponds the component diagram. By achieving these types of diagrams, the interactive software thus is described in an obvious and objective manner, without ambiguity. The implementation of the software was realised through the Java programming language. The main options of the software allow drawing a paraboloid, the normal line and tangent plane to a point, well as the application of isometry. [ABSTRACT FROM AUTHOR]

This work illustrates the necessary phases for the object oriented development of new software dedicated to the study of electrical circuits by means of graphs theory. The modelling of the interactive software is accomplished by specific UML diagrams representing the phases of analysis, design and implementation. The analysis phase is characterized by two types of UML diagrams: use-case diagram and activity diagrams. The design phase is characterized by three types of diagrams: class diagram, state diagrams and interaction diagrams. Implementation phase it corresponds the component diagram. This software is meant for teachers and students that teach, explore or evaluate electric circuits, because electrical engineering domain, especially electrical circuits, is complicated to master for the great majority of students. [ABSTRACT FROM AUTHOR]

This article illustrates the required phases for the achieving of the interactive software used for the study of two surfaces of revolution: sphere and pseudosfere. The modelling of the interactive software is accomplished by specific UML diagrams representing the phases of analysis, design and implementation. The analysis phase is characterized by two types of UML diagrams: use-case diagram and activity diagrams. The design phase is characterized by three types of diagrams: class diagram, state diagrams and interaction diagrams. Implementation phase it corresponds the component diagram. By achieving these types of diagrams, the interactive software thus is described in an obvious and objective manner, without ambiguity. [ABSTRACT FROM AUTHOR]

This work presents the needful phases required for object oriented development of interactive didactic software used in the study of ternary trees. The development of the software is achieved about specifically UML diagrams representing the phases of analysis, design and implementation, hereby the software being described in a terse and outright layout. The software is much helpful to both students and teacher's forasmuch computer programming area, for the most part trees theory area, is difficult to understand for most students. [ABSTRACT FROM AUTHOR]

In this study the author present the needful stages in object orientated implementation of an interactive software that is dedicated to the process of acquaintances assimilation in artificial intelligence area for the study of uninformed search strategy, particular for simulation and comparing of the following three strategies: breadth first search strategy (BFS), depth limited search strategy (DLS) and depth first iterative deepening search strategy (IDS). The modelling of the environment is achieved through specific UML diagrams representing the stages of analysis, design and implementation. This interactive environment is much helpful for both students and professors, because computer programming area, for the most part artificial intelligence area is comprehended and assimilated with difficulty by students. [ABSTRACT FROM AUTHOR]

The paper presents a simulation study of the usefulness of a number of meta-heuristics used as optimization method for traveling salesman problem. The three considered approaches are outlined: Neighborhood Search, Hill Climbing and Simulated Annealing. Using a purpose]developed computer program, efficiency of the meta]heuristics has been studied and compared. The modeling of the environment is achieved through specific UML diagrams representing the stages of analysis, design and implementation. Implementation of informatics system is realized in Java programming language. [ABSTRACT FROM AUTHOR]

In this paper the author present the necessary stages in object orientated development of an interactive environment that is dedicated to the process of acquaintances assimilation in graphs theory domain, especially for simulation of the shortest paths algorithms. The modelling of the environment is achieved through specific UML diagrams representing the stages of analysis, design and implementation. This interactive environment is very useful for both students and professors, because computer programming domain, especially graphs theory domain is comprehended and assimilated with difficulty by students. [ABSTRACT FROM AUTHOR]