Sistēmas modelēšana

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Across
  1. 4. computation independent model
  2. 6. are an integral part of the UML and are used to represent state machine models
  3. 7. models show the sequence of actionsinvolved in processing input data
  4. 8. used to show that instances of classifiers could be
  5. 9. systems are often event-driven
  6. 11. is a relationship between classifiers which
  7. 14. machine models show system states as nodes and events as arcs between these nodes
  8. 18. is class that defines the core logic or control
  9. 19. modeling is the process of developing abstract models of a system
  10. 21. linked to each other or combined logically or
  11. 22. outputs of the development process
  12. 24. is class that has only class scoped static
  13. 25. logic or control flow
  14. 27. words or images representing a conceptual class
  15. 29. for one or more supporting classes
  16. 30. diagrams which show the interactions between a system and its environment
  17. 31. code automatically means that it is cheaper to adapt systems to new platforms
  18. 34. helps us understand if a proposed system structure is likely to deliver the required system performance
  19. 35. Unified Modeling Language
  20. 37. perspective where you model the dynamic behavior of the system
  21. 39. everyday technique that we use to manage complexity.
  22. 42. the set of examples to which the conceptual class applies
Down
  1. 1. and operations
  2. 2. model shows how classes that are collections are composed of other classes
  3. 3. diagrams which show the object classes in the system
  4. 5. perspective where you model the interactions between a system and its environment
  5. 8. the definition of a conceptual class
  6. 10. into some aggregation
  7. 12. development where models rather than programs
  8. 13. in a use case may be people or other systems
  9. 15. diagrams which show the activities involved in a process
  10. 16. perspective where you model the context
  11. 17. user interaction is important as it helps to identify user requirements
  12. 20. perspective where you model the organization of a system
  13. 23. fundamental class, typically by implementing
  14. 26. is class that supports another more central
  15. 28. diagrams which show interactions between actors and the system
  16. 32. diagrams which show how the system reacts
  17. 33. diagramatically to provide an overview of the use case
  18. 36. Model-driven architecture
  19. 38. platform independent model
  20. 40. internal and external events
  21. 41. Platform specific models