CSE 360 TEST 1, FROM BOOK | VERIFIED STUDY |
QUESTIONS AND ANSWERS | 2026 UPDATES
many software failures are consequence of these two factors. - ANSWER- 1. increasing
system complexity.
2. Failure to use software engineering methods
Two kinds of software product. - ANSWER- 1. Generic products
2. Customized(or bespoke) software
Two key phrases in Software engineering - ANSWER- 1. Engineering discipline
2. All aspects of software production
Software engineering is important for two reasons - ANSWER- 1. More and more people
rely on these systems
2. usually cheaper in the long run.
Four fundamental activities common to all software processes. - ANSWER- 1. Software
specification
2. Software development
3. Software validation
4. Software evolution
Issues that may affect different types of software - ANSWER- 1.Heterogeneity
,2. Business and social change
3. Security and trust
4. Scale
Different types of applications - ANSWER- 1. Stand alone applications
2. interactive transaction based applications
3. embedded control systems
4. Batch processing systems
5. Entertainment systems
6. Systems for modeling and simulation
7. Data collection and analysis systems
8. Systems of systems
Software engineering fundamentals that apply to all types of software systems - ANSWER-
1. they should be developed using a managed and understood development process.
2. Dependability and performance are important for all types of system.
, 3. Understanding and managing the software specification and requirements (what the
software should do) are important
4.You should make effective use of existing resources.
some Software engineering ethics - ANSWER- 1. confidentiality
2. competence
3. intellectual property rights
4. computer misuse
General process models - ANSWER- 1. The waterfall model
2. Incremental development
3. Integration and configuration
The stages of the waterfall model directly reflect the fundamental software development
activities: - ANSWER- 1. Requirements analysis and definition
2. System and software design
3. Implementation and unit testing
4. Integration and system testing
5. Operation and maintenance
QUESTIONS AND ANSWERS | 2026 UPDATES
many software failures are consequence of these two factors. - ANSWER- 1. increasing
system complexity.
2. Failure to use software engineering methods
Two kinds of software product. - ANSWER- 1. Generic products
2. Customized(or bespoke) software
Two key phrases in Software engineering - ANSWER- 1. Engineering discipline
2. All aspects of software production
Software engineering is important for two reasons - ANSWER- 1. More and more people
rely on these systems
2. usually cheaper in the long run.
Four fundamental activities common to all software processes. - ANSWER- 1. Software
specification
2. Software development
3. Software validation
4. Software evolution
Issues that may affect different types of software - ANSWER- 1.Heterogeneity
,2. Business and social change
3. Security and trust
4. Scale
Different types of applications - ANSWER- 1. Stand alone applications
2. interactive transaction based applications
3. embedded control systems
4. Batch processing systems
5. Entertainment systems
6. Systems for modeling and simulation
7. Data collection and analysis systems
8. Systems of systems
Software engineering fundamentals that apply to all types of software systems - ANSWER-
1. they should be developed using a managed and understood development process.
2. Dependability and performance are important for all types of system.
, 3. Understanding and managing the software specification and requirements (what the
software should do) are important
4.You should make effective use of existing resources.
some Software engineering ethics - ANSWER- 1. confidentiality
2. competence
3. intellectual property rights
4. computer misuse
General process models - ANSWER- 1. The waterfall model
2. Incremental development
3. Integration and configuration
The stages of the waterfall model directly reflect the fundamental software development
activities: - ANSWER- 1. Requirements analysis and definition
2. System and software design
3. Implementation and unit testing
4. Integration and system testing
5. Operation and maintenance
