次の認定試験に速く合格する!
簡単に認定試験を準備し、学び、そして合格するためにすべてが必要だ。
(A)To depict the flow of data within a system and between external entities
(B)To represent the dynamic behavior of a system
(C)To specify the sequence of messages between system components
(D)To illustrate the interactions between actors and the system
(A)Sequence Diagram
(B)State Machine Diagram
(C)Activity Diagram
(D)Requirement Diagram
(A)The flow of control between system components
(B)A specific condition of an object
(C)The allocation of requirements to system elements
(D)The interactions and collaborations between objects
(A)Inheritance
(B)Modularity
(C)Polymorphism
(D)Encapsulation
(A)Activity model
(B)State-transition model
(C)Process model
(D)Flow model
(A)To show instances of classes and their relationships at a specific point in time
(B)To depict the static structure of a system in terms of classes and their relationships
(C)To illustrate the interactions between actors and the system
(D)To represent the allocation of software components to hardware nodes
(A)
(B)
(C)
(D)
(A)False
(B)True
(A)The process of combining separate modules into a cohesive system
(B)The process of optimizing the performance of a software system
(C)The process of integrating new features into the existing codebase
(D)The process of encapsulating concerns into aspects during runtime or compile-time
(A)Connectivity (or lack thereof)
(B)Ambiguity
(C)Complexity
(A)A Requirement Matrix
(B)DOORS/CAMEO
(C)A Requirement Diagram
(D)A Requirement Table
(A)Communication Diagram
(B)Data Flow Diagram (DFD)
(C)State Machine Diagram
(D)Use Case Diagram
我々は12時間以内ですべてのお問い合わせを答えます。
オンラインサポート時間:( UTC+9 ) 9:00-24:00月曜日から土曜日まで
サポート:現在連絡