Titlebook: ;

確定無疑

Structural (Static) Modeling,sists of class, object, sequence, collaboration, state, and activity diagrams and their model elements. Our goal, in this chapter, is to gain more depth in understanding the UML notation and the roadmap concerning the structural or static aspect of specification models.

索賠

Behavioral (Dynamic) Modeling,ers. A specification model consists of class, object, sequence, collaboration, state, and activity diagrams and their model elements. Our goal, in this chapter, is to gain more depth in understanding the UML notation and the roadmap concerning the behavioral or dynamic aspect of specification models.

周年紀(jì)念日

Modeling,odels of systems, and how modeling relates to process and methodology. Our goal, in this chapter, is to understand how the roadmap addresses the cultural war between heavyweight and lightweight processes for the heart and soul of process.

paleolithic

古代

The Roadmap,applying the UML. The roadmap demonstrates how the elements of the UML are holistically and cohesively integrated, how the UML supports traceability throughout the system development lifecycle process, and how the UML scales. Our goal, in this chapter, is to gain an overview of the roadmap by conglo

季雨

Use-Case (User) Modeling,ncluding use-case diagrams and their elements. Use-case modeling is concerned with modeling the functional dimension of a system—what functionality the system provides to its users—and is used for system, subsystem, and class conceptualization within the roadmap to capture in a conceptualization mod

VOC

Structural (Static) Modeling,p, including class and object diagrams and their elements. Structural modeling is concerned with modeling the structural or static dimension of a system—the elements and their relationships that constitute a system—and is used for system, subsystem, and class specification within the roadmap to capt

天賦

moratorium

Component (Implementation) Modeling, roadmap, including component diagrams and their elements. Component modeling is concerned with modeling the implementation dimension of a system—how a system is implemented—and is used for system, subsystem, and class implementation within the roadmap to capture in an implementation model how the c

inspired