What is a software process model?

B. A simplified representation of a software process presented from a specific perspective

A. A detailed plan of how to develop software

C. A set of instructions for software users

D. A document that outlines the business requirements for software development

What are some examples of process perspectives?

C. Role/action perspective, requirements perspective, design perspective

A. Workflow perspective, coding perspective, testing perspective

B. Data flow perspective, documentation perspective, maintenance perspective

D. Project management perspective, marketing perspective, financial perspective

What are the phases of the iterative software process model?

D. Planning, requirements, analysis and design, implementation, testing, evaluation, and deployment

A. Planning, implementation, testing, and deployment

B. Analysis, design, coding, and maintenance

C. Initial planning, requirements, evaluation, and deployment

What is software maintainability?

C. The ability of software to evolve to meet changing needs

A. The ability of software to be usable by users

B. The ability of software to meet performance requirements

D. The ability of software to be compatible with other systems

What is software dependability?

C. The ability of software to be trustworthy

A. The ability of software to be understood and used by users

B. The ability of software to meet performance requirements

D. The ability of software to be compatible with other systems

What is software efficiency?

A. The ability of software to meet performance requirements

B. The ability of software to be used by users

C. The ability of software to evolve to meet changing needs

D. The ability of software to be compatible with other systems

What is software acceptability?

C. The ability of software to be usable by users

A. The ability of software to meet performance requirements

B. The ability of software to be trustworthy

D. The ability of software to be compatible with other systems

What are software engineering methods?

A. Structured approaches to software development

B. The tools used to create software

C. The different types of programming languages

D. The types of testing used in software development

What are the key challenges facing software engineering?

A. Heterogeneity, delivery, and trust

B. Compatibility, speed, and security

C. Efficiency, scalability, and reliability

D. Accuracy, usability, and maintainability

What is heterogeneity in software engineering?

C. The development of techniques for building software that can cope with heterogeneous platforms and execution environments

A. The ability of software to evolve to meet changing needs

B. The trustworthiness of software

D. The ability of software to deliver required functionalities and performance to the user

What is delivery in software engineering?

D. The development of techniques that lead to faster delivery of software

A. The trustworthiness of software

B. The ability of software to evolve to meet changing needs

C. The ability of software to deliver required functionalities and performance to the user

What is trust in software engineering?

D. The development of techniques that demonstrate that software can be trusted by its users

A. The ability of software to deliver required functionalities and performance to the user

B. The development of techniques that lead to faster delivery of software

C. The ability of software to evolve to meet changing needs

What is the purpose of the "model" in software engineering methods?

A. To provide graphical descriptions of the software

B. To apply constraints to system models

C. To provide recommendations for good design practice

D. To provide process guidance for software development

Which of the following is an example of "process guidance" in software engineering methods?

D. Outlining the steps to follow in software development

A. Providing advice on good design practice

B. Applying constraints to system models

C. Describing the software's graphical interface

What are techniques in software engineering?

B. Formal procedures for producing results using some well-defined notation

A. Philosophical approaches to problem-solving

C. Automated systems to accomplish a technique

D. Tools for managing software development projects

What are methodologies in software engineering?

B. Philosophical approaches to problem-solving

A. Formal procedures for producing results using some well-defined notation

C. Automated systems to accomplish a technique

D. Tools for managing software development projects

What are tools in software engineering?

C. Automated systems to accomplish a technique

A. Formal procedures for producing results using some well-defined notation

B. Philosophical approaches to problem-solving

D. Instruments or automated systems to accomplish a technique

What is the key factor of complexity in software development?

B. The size of the software being developed.

A. The number of software engineers involved.

C. The complexity of the hardware being used.

D. The amount of time spent on development.

What is the recommended approach for dealing with changes in project conditions?

D. Tailor the software lifecycle.

A. Use a nonlinear software lifecycle.

B. Provide configuration management.

C. Use a linear software lifecycle.

What is configuration management?

A. A process for managing changes to software entities.

B. A process for managing the software development team.

C. A process for managing the hardware being used.

D. A process for managing the software testing phase.

What is the key source of complexity in software engineering?

A. The number of users for the software

B. The amount of code required to develop the software

D. The amount of time required to develop the software

Which of the following is not a recommended approach for dealing with changes in software engineering?

D. Avoid all changes once the software development process has started

A. Tailor the software lifecycle to the project conditions

B. Use a nonlinear software lifecycle for changes in requirements or technology

C. Provide configuration management for changes in entities

What is the purpose of modeling in dealing with complexity in software engineering?

A. To provide a visual representation of the software

B. To break the problem into pieces

C. To put the pieces together into a large structure

D. To manage changes in the software

What is the purpose of configuration management in dealing with changes in software engineering?

A. To manage changes in the software development process

B. To provide a visual representation of the software

C. To break the problem into pieces

D. To put the pieces together into a large structure

Which of the following is a recommended approach for dealing with changes in software engineering?

D. Tailor the software lifecycle to the project conditions

A. Avoid all changes once the software development process has started

B. Use a linear software lifecycle for changes in requirements or technology

C. Use a nonlinear software lifecycle for changes in requirements or technology

What is the purpose of decomposition in dealing with complexity in software engineering?

C. To break the problem into pieces

A. To provide a visual representation of the software

B. To manage changes in the software

D. To put the pieces together into a large structure

What is the purpose of hierarchy in dealing with complexity in software engineering?

B. To break the problem into pieces

A. To manage changes in the software

C. To put the pieces together into a large structure

D. To provide a visual representation of the software

What should be included in a measurement plan for software quality measurement?

B. The name and description of each unique metric.

C. The ease of understanding the software.

D. The ability of the software to coexist and cooperate with other systems.

The probability of absence of failures for a certain time period.

SP_01

Quiz

•

Computers

•

University

•

Practice Problem

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Medium

Thanh Vũ

Used 3+ times

FREE Resource

C. Specification, development, validation, and evolution

D. Planning, analysis, and evaluation

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