3. Consider the following software process model
categories:
I. Prescriptive Models ii. Evolutionary Models
a. discuss each category
b. list and discuss two software process models for each
category
c. what do you understand by the unified process
If any problem in understanding please comment below.
1.Prescriptive Model :
Prescriptive model defines how to do a project. It is like a prescription to develop good software.Prescriptive model is used as a frame work or guidelines by organization to develop a project. It can be linear ,incremental or evolutionary.
1.Water fall model.
2.Iterative model
2.Evolutionary Model:
Evolutionary model are incrementally developed. These involves the software engineer to develop the the complete version increasingly. These projects should be incremental.
1.Prototype Model
2.Spiral Model
Prescriptive Process Models:
1.Classical water fall model
.
2.Iterative model
Evolutionary Models:
1.Prototype model
2.Spiral model
c. Unified Process: It is incremental and iterative process.It is architecture-centric and use case driven process.
ex:Rational Unified process
3. Consider the following software process model categories: I. Prescriptive Models ii. Evolutionary Models a. discuss...
Two main categories of process models have been discussed in this course: • Conventional (Traditional) Process Models • Agile Process Models For each one of these Categories: 1. Briefly describe it. 2. Provide an example of Process Models that fall under this category. 3. Explain when we should/should not use it. The following table can help you to organize your answer. Category Brief description Process Models Example When it is recommend to use it Conventional (traditional) Models Agile Models
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write a software or business system that has one topic in each categorie 1. Software Development Mode Waterfall Model Evolutionary Model Boehm's Spiral Model 2. Team Structure Democratic Team Chief Programmer Team Hierarchical Team 3. Project Evaluation in terms of: Individual Ability . Team Communication Product Complexity . Appropriate Notation . Level of Technology Level of Reliability Available Time . Required Skills 4. Cost Estimation using COCOMO Use Effort Multipliers Perform Sensitivity Analysis Calculate FSP(Fulltime Software Personnel) - . ....
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