unified process in ooad

A unified process (UP) [20] is a software development process that uses the UML language to represent models of the software system to be developed. It is iterative, architecture centric, use case driven and risk confronting.

A unified process (UP) [20] is a software development process that uses the UML language to represent models of the software system to be developed. It is iterative, architecture centric, use case driven and risk confronting.

What are the 4 phases of the Unified Process?

Unified Process has 4 phases as shown in the Fig 1. 1) Inception: Requirements capture and analysis 2) Elaboration: System and class-level design 3) Construction: Implementation and testing 4) Transition:

What is the importance of Unified Process?

Addressing significant risks on an ongoing basis. Finalizing the business case for the project and preparing a project plan that contains sufficient detail to guide the next phase of the project (Construction)

Which is part of Unified Process?

The Rational Unified Process defines nine disciplines: Business Modeling, Requirements, Analysis and Design, Implementation, Test, Deployment, Configuration and Change Management, Project Management, and Environment.

What are the features of Unified Process?

Unified process (UP) is an architecture-centric, use-case driven, iterative and incremental development process that leverages unified modeling language and is compliant with the system process engineering metamodel.

Are the Unified Process and UML the same thing?

In very simple words: UML is a modelling language, a set of rules and standards for drawing digrams. UP is a software development methodology or process, tells you step by step what you should do to develop software! Some of those steps may require drawing UML diagrams.

Is Unified Process Agile?

The Agile Unified Process (AUP) is the agile version of the Rational Unified Process (RUP). AUP is an iterative-incremental process consisting of four sub-processes or workflows: The last three workflows are self-explanatory and also appear in RUP. Instead, AUP combines these into an agile modeling workflow.

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