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provide three examples of software projects that would be amenable to the incremental model Be specific?" The incremental process accommodates uncertainty better than most process models [1], allows the delivery of partial solutions in an orderly and planned manner [1], and most importantly, reflects what really happens when complex systems are built.
Waterfall model uses sequential design process, in which each phase is tested in level by level like a waterflow from top to bottom. In waterfall model once we come out of the phase, there is no possibility to change something according to the new requirement, once the phase is done then it is just done. Waterfall model is applicable for small projects.
An Engineering Portfolio is a website or document that highlights examples of your work and projects. ... Portfolios increases one's awareness of their skills and abilities; it is another way to connect in-and-out of classroom learning with real world applications. Show off your work, your projects, and your passions
Examples of some simple projects in the automobile field include designing a start-stop system for two wheelers, an electronic valve activation in IC engines, or you can design a small single seater car. These projects are geared towards final year students.
The Spiral model seems as an ideal choice here. No other model seems a reasonable alternative to accept as a different answer.This model combines the features of the prototyping & the waterfall model.As library information system for a university is a large project,therefore spiral model is intended for large,complex,expensive & complicated projects.
Provide three examples of software projects that would be amenable to the incremental model. Be specific.
provide three examples of software projects that would be amenable to the incremental model Be specific?" The incremental process accommodates uncertainty better than most process models [1], allows the delivery of partial solutions in an orderly and planned manner [1], and most importantly, reflects what really happens when complex systems are built.
We go for waterfall model if the requirement of a problem are reasonably well understood for ex In existing employ payroll system ,if the payroll computing mechanism has to be changed we go for waterfall modelcleanroom software engineering implements waterfall model.online event management system.Any project for which complete and consistent requirements are available is amenable to the waterfall model. In general, this will tend to be a very small project. The only large projects that are amenable to the waterfall model would be projects of re-engineering an existing system, therefore all the requirements are known before you start the process.The reason is that the waterfall model only handles requirements in the first phase of development. In the presence of requirements or technical uncertainty you want to have some kind of iterative process in place, i.e. RUP, Agile, RAD, etc. When requirements uncertainty is present you will start coding and then discover that requirements need to be reviewed or rewritten -- in the waterfall model there is no other phase where requirements get revised.The creation a new website that uses the existing techlnlogyThe creation a new website that uses the existing techlnlogywe can take real life examples for water fall model like automobile companies make cars and bikes. when they are building a car, the requirments are fixed, predecided. there will be no change in the requirments during the process of building a car. Once we complete a stage, we proceed to the next one. if there is any change in requirments come then we have to go back and make those changes. then we have to change our complete system that requirs extra time and extra money. this is a major disadvantage of water fall model.Material resource planning in a manufacturing unit
provide three example of software projects that would be amenable to the incremental model. be specific Software applications that are relatively easy to prototype almost always involve human-machine interaction and/or heavy computer graphics. Other applications that are sometimes amenable to prototyping are certain classes of mathematical algorithms, subset of command driven systems and other applications where results can be easily examined without real-time interaction. Applications that are more difficult to prototype include control and process control functions, many classes of real-time applications and embedded software.
Software applications that are relatively easy to prototype almost always involve human-machine interaction and/or heavy computer graphics. Other applications that are sometimes amenable to prototyping are certain classes of mathematical algorithms, subset of command driven systems and other applications where results can be easily examined without real-time interaction. Applications that are more difficult to prototype include control and process control functions, many classes of real-time applications and embedded software.
This is a tricky questions, as it depends on the mythology. Project Management has no limitations as its not a methodology, however, methodologies such as Agile and Waterfall, have limitations. Agile doesn't scale well and only has proved itself in software projects, while waterfall is not very flexible when it comes to software projects (as they require a lot of changes).
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Advantage: - 1-You get the software according to your demand. 2-It is best for small projects. 3-It is very much sequential & systematic.
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mostly on Physics and Chemistry sounds great.
There are so many examples of investigatory projects. Some of them include making guava soap, making jelly from mango peels, purifying cooking oil and so much more.