최신 OMG-OCSMP-MU100 무료덤프 - OMG-Certified Systems Modeling Professional - Model User

A. Activity Diagrams

B. Requirement Diagrams

C. Sequence Diagrams

A. Use Case Diagram

B. Package Diagram

C. State Machine Diagram

D. Sequence Diagram

A. Class Diagram

B. Use Case Diagram

C. Activity Diagram

D. State Machine Diagram

A. To model the flow of control between system components

B. To show the state transitions of an object over time

C. To represent the structure of a system using blocks and relationships

D. To describe the dynamic behavior of a system in terms of activities and their dependencies

A. Validate

B. Verify

C. Trace

D. Refine

E. Containment

A. stop activity X (if needed), action 2, action 9, action 1, start activity X

B. stop activity X (If needed), action 2, action 9, action 1, action 4 start activity X

C. action 2, action 9, action 1, start activity X, evC

D. action 9, action 1

E. action 2, action 9, action 1

A. Show an overview of the model

B. Show a sequence of operations

C. Display links between requirements

A. Something used in Behavior Diagrams

B. Something used in Kanbans

C. There is no such concept in SysML

A. The process of encapsulating concerns into aspects during runtime or compile-time

B. The encapsulated cross-cutting concern, along with the specified join points and pointcuts

C. The process of integrating new features into the existing codebase

D. The weaving process of aspects into the codebase

A. Use Case Diagrams

B. Requirement Diagrams

C. Package Diagrams

A. All but the parametric and requirement diagram

B. The parametric and requirement diagram

C. Sequence, State Machine, Use case and Package diagrams

D. All of them

A. With N2 Diagrams

B. With Allocation Matrices

C. With Machine state Diagrams

D. With Allocation Diagrams

A. To identify the actors involved in the system

B. To describe the flow of events and interactions between actors and the system

C. To capture the structure of the system,s data

D. To specify the behavior of the system as it responds to stimuli

A. Block Definition Diagram

B. State Machine Diagram

C. Requirement Diagram

A. To specify the sequence of messages between system components

B. To represent the dynamic behavior of a system in terms of states and transitions

C. To depict the allocation of software components to hardware nodes

D. To illustrate the interactions between actors and the system over time