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

A. Activity Diagram

B. Package Diagram

C. Composite Structure Diagram

D. Sequence Diagram

A. A programming paradigm

B. A specific location in the code where advice is applied

C. A design pattern used to encapsulate algorithms

D. A modularized unit of cross-cutting concern

A. Flow model

B. Process model

C. Activity model

D. State-transition model

A. an Interaction use referencing an interaction defined on a separate sequence diagram

B. an interaction template construct that is instantiated from the referring sequence diagram

C. the call interaction operator with an operand referring to the reusable Interaction defined elsewhere

D. an activation on the referring sequence diagram allocated to another activation on the referenced diagram

A. Validate

B. Verify

C. Trace

D. Refine

E. Containment

A. To display the external structure of a block with focus of the bindings between value properties

B. To display the bindings between constraint parameters and value properties to apply a constraint expression to a block

C. To display the bindings between constraint parameters in different constraint expressions to create a composite system of equations

A. The location in the code where advice can be applied

B. The point where different aspects are combined

C. The weaving process of aspects into the codebase

D. The modularized unit of cross-cutting concern

A. SysML is the syntax of MBSE

B. MBSE captures the modelling information as part of a SysML approach

C. SysML captures the modelling information as part of an MBSE approach

D. They are the same thing

A. Object-oriented model

B. Hierarchical model

C. Relational model

D. Network model

A. A mechanism to avoid concurrent modifications to the same model element

B. A system of locking an unlocking specific diagrams

C. Cameo files are automatically saved, not requiring a locking system

A. At different abstraction levels

B. To describe event-based behavior

C. To decide how an object (system element) responds to events

A. Allocating blocks to diagrams

B. Allocating logical structures to physical structures

C. Allocating requirements to structures

D. Allocating resources to structures

E. Allocating activities to sequences

A. Class Diagram

B. Use Case Diagram

C. Activity Diagram

D. State Machine Diagram

A. Instances of classes and their relationships at a specific point in time

B. The dynamic behavior of a system in terms of states and transitions

C. The static structure of a system in terms of components and their relationships

D. The internal structure and collaborations between parts within a system

A. A concern related to the user interface of the software

B. A concern that is specific to a single module or component

C. A concern that is only relevant during the testing phase

D. A concern that impacts the entire system and cannot be modularized easily

A. To depict the flow of data in a system

B. To specify the sequence of messages between system components

C. To illustrate the interactions between actors and the system

D. To represent the allocation of requirements to system elements