It shows the objects and object classes in a system and the relationship between these entities.

Related Questions

• In system modeling : A-Classification model; B-Stimulus-response model; C-Data processing model: 1-Here data-flow diagram show how data is processed at different stages; 2-Here object class/inheritance diagram show, how entities have the common characteristics;3-Here state transition diagram shows the how the system reader to internal and external events
• When the state of object changes by internal operations, executing within the object it self, then these objects are referred as
• Match the following : A- Maintenance control: B- Maintenance prediction: C- Maintenance process: 1-Cost of planning and scheduling hardware preventive maintenance, and software maintenance and upgrades, managing the hardware and software baselines, and providing response for hardware corrective maintenance. 2- Predicting the number of change requires a system understanding and the relationship between the system and external environment. 3- It is triggered by a set of change requests from system users, management or customers.
• An object-oriented model of system architecture structures the system into a set of loosely coupled objects with well-defined interfaces.
• In system modeling: A-Architectural model: B-Stimulus-response model: C-Behavioral models: 1-Used to describe the overall behavior of the system: 2-State transition diagram show how the system reacts to internal and external events: 3-Shows principal sub-systems which makes the system
• These objects can be realized as parallel process with method corresponding to defined object operations.
• Here the state of the object changes by internal operations executing within the object itself. And also object continually executes and operations never suspend itself is referred as
• Reverse engineering techniques for internal program data focus on the definition of classes of objects.
• Match the following : A- Managed device : B-Managed object: C- Managed processes: 1- Type of node residing on a network, such as a computer, printer or routers that contain a management agent. 2- Characteristic of a managed device that can be monitored, modified or controlled. 3- It is a defined process model. Procedures used are defined and scheduling and relationship between them is defined.
• The architecture of object-oriented software results in a series of layered subsystems that encapsulate collaborating classes.