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3RD YEAR - SECOND SEM > Software Engineering 3 > Flashcards

Software Engineering 3 Flashcards

1
Q
  • A sequential and linear approach to
    software development.
  • The progressflows steadily (like a waterfall) through several distinct phases.
  • Each stage must be completed before moving to the next.
A

Waterfall Model

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2
Q

THE PHASES OF THE WATERFALL MODEL

A
  1. requirements
  2. design’
  3. implementation
  4. testing
  5. deployment
  6. maintenance
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3
Q

ADVANTAGES OF THE WATERFALL MODEL

A
  1. easy to understand
  2. individual processing
  3. prperly defined phases
  4. clear milestones
  5. properly documented
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4
Q

DISADVANTAGES OF THE WATERFALL MODEL

A
  1. Lack of flexibility
  2. lack of feedback
  3. difficult to accomodate change requests
  4. phases has no overlap
  5. late testing
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5
Q

WHEN TO USE THE WATERFALL MODEL?

A
  1. Only well-defined, unambiguous, and fixed requirements are employed with this paradigm.
  2. product is constant
  3. no unclear prerequisits
  4. brief projects
  5. many resources available with necessary knowledge
  6. people understand technology
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6
Q

WHAT TYPES OF SYSTEM CAN WATERFALL CAN BE APPLIED?

A
  1. governement and defense projects
  2. large-scale development projects
  3. projects with stable environment
  4. projects with well-defined environment
  5. safety-critical system
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7
Q

Iterative Process
Model Diagram

A
  1. Initial Planning
  2. Planning
  3. Requirements
  4. Analysis & Design
  5. Implementation
  6. Deployment
  7. Testing
  8. Evaluation
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8
Q
  • refers to an approach where the development process is divided into multiple cycles or iterations.
  • Each iteration involves a subset of the overall development tasks, including planning, requirements gathering, design, implementation, testing, and deployment.
A

ITERATIVE MODEL

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9
Q

WHEN TO USE
ITERATIVE MODEL

A
  1. uncretain requirements
  2. project with long development cycles
  3. customer-driven projects
  4. Highly innovative projects
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10
Q

For projects involving innovative or experimental features, the iterative model supports an exploratory approach

A

Highly innovative projects

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11
Q

In projects where customer satisfaction and feedback are paramount, such as software products or services directly used by end-users, the iterative model enables early and continuous engagement with customers.

A

Customer-driven projects

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12
Q

In projects where the development cycle is long, such as those involving cutting-edge technology or extensive research and development, the iterative model allows for the delivery of intermediate results at regular intervals.

A

Projects with long development cycles

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13
Q

When the requirements for a project are not fully understood or are likely to change over time, the iterative model provides flexibility.

A

Uncertain or evolving requirements

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14
Q

WHAT SYSTEMS ITERATIVE APPLICABLE TO

A
  1. software develpment
  2. product development
  3. web development
  4. mobile app development
  5. game development
  6. biomedical system
  7. engineering system
  8. data science and machine learning
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15
Q

ADVANTAGES OF ITERATIVE MODEL

A
  1. flexible
  2. easy to understand
  3. parallel development can be planned
  4. improved stakeholder engagement
  5. risks are recognized and resolved as early as possible
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16
Q

DISADVANTAGES OF ITERATIVE MODEL

A
  1. not suitable for large projects
  2. higher resource allocation
  3. project completion date not confirmed
  4. project scope gradually expnads
  5. more management attention is required
17
Q

AGILE METHOD

A

software development methodology that focuses on iterative, incremental development with continuous feedback and collaboration

18
Q

KEY PRINCPLES IN AGILE METHOD

A
  1. adaptive
  2. iterative
  3. incremental
  4. collaborative
  5. feedback-driven
19
Q

Involves the entire team, including developers, testers, and customers

A

COLLABORATIVE

20
Q

Uses feedback from testing, customer input, and team retrospectives to improve the process

A

FEEDBACK-DRIVEN

21
Q

Delivers working
software regularly

A

INCREMENTAL

22
Q

Develops software in small,
manageable increments

A

ITERATIVE

23
Q

Responds to changing
requirements and customer feedback

A

ADAPTIVE

24
Q

Agile is used in a wide range of software development projects, including

A
  1. web applcation
  2. mobile application
  3. enterprise software
  4. embedded system
  5. real-time system
25
Q

Agile Pros

A
  1. flexibility
  2. teamwork
  3. customer satisfaction
  4. speed
  5. quality
26
Q

Agile Cons

A
  1. documentation may be lacking
  2. not suitable for all projects
  3. challenging for large projects
  4. requires high level of team collaboration

3RD YEAR - SECOND SEM (25 decks)

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