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| Section | Objectives |
|---|---|
| Topic 1: Software Metrics and Analysis | - Statistical methods in software quality - Measurement concepts and metrics selection |
| Topic 2: Software Engineering Processes | - Agile and traditional methodologies - Process definition and improvement - Software development life cycle (SDLC) |
| Topic 3: Software Risk Management | - Risk mitigation strategies - Risk identification and analysis |
| Topic 4: Software Quality Management | - Continuous improvement methodologies - Quality systems and models - Quality planning and strategy |
| Topic 5: Software Configuration Management | - Version control and change management - Build and release management |
| Topic 6: Software Verification and Validation | - Reviews and inspections - Testing strategies and levels - Defect prevention techniques |
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NEW QUESTION # 65
Rank in order, from first to last, the following steps in creating an affinity diagram.
* Conduct an interview, focus group, or brainstorming session
* Draw a diagram
* Group similar statements
* Identify themes
Answer: A
Explanation:
An affinity diagram is used in software quality engineering to organize many ideas, issues, requirements, or causes into meaningful groups. The first step is to collect raw input through an interview, focus group, or brainstorming session. After the ideas are collected, the team groups similar statements together based on natural relationships. Once groups are formed, the team identifies themes or headings that describe each group. The final step is to draw or document the affinity diagram so the organized information can be reviewed, communicated, and used for analysis. Drawing the diagram before collecting or grouping ideas would be incorrect. Identifying themes before grouping statements is also premature because themes should emerge from the grouped data. Therefore, the correct sequence is 1, 3, 4, 2.
NEW QUESTION # 66
Under design control, the design phase should proceed until
Answer: C
Explanation:
In the design control phase of software development, it is critical to ensure that the design phase proceeds until system elements of the smallest structure are defined and specified. This ensures that all components of the system are thoroughly planned and documented, which helps in minimizing errors and misunderstandings later in the development process. Detailed design specifications provide a clear roadmap for developers and facilitate better quality control and testing.
References:
" Software Engineering: A Practitioner ' s Approach " by Roger S. Pressman IEEE Standard 1016-2009 for Information Technology-Systems Design
NEW QUESTION # 67
If N equals the number of defects originating and found in phase X, and S equals the number of defects originating in phase X and found in subsequent phases, which of the following represents the efficiency rate of error detection for phase X?
Answer: C
Explanation:
The efficiency rate of error detection for a phase measures how effectively that phase detects defects that originated in the same phase before they escape to later phases. N represents defects both originated and found in phase X. S represents defects that originated in phase X but escaped and were found in later phases.
Therefore, the total number of defects originating in phase X is N + S. The detection efficiency for phase X is the portion found within the phase, which is N divided by N + S. Option A reverses the relationship and can produce a value greater than one. Option C is not a rate. Option D is not a valid defect containment formula.
The correct formula is N / (N + S).
NEW QUESTION # 68
Which of the following verification and validation techniques is used to verify that the completed requirements and designs conform to their requirements specifications?
Answer: D
Explanation:
Functional configuration audits are used to verify that the completed requirements and designs conform to their requirements specifications. These audits involve checking that the developed product meets all the specified requirements and that the design has been implemented correctly. This process ensures that the final product aligns with the original requirements and design specifications, maintaining consistency and quality.References:
* IEEE Std 828-2012, IEEE Standard for Configuration Management in Systems and Software Engineering.
* ISO/IEC/IEEE 29148:2011, Systems and software engineering - Life cycle processes - Requirements engineering.
NEW QUESTION # 69
Which of the following actions is designed to prevent future defects?
Answer: B
Explanation:
Causal analysis is a process used to identify the root causes of defects so that these causes can be addressed to prevent future defects.
* Identification of Root Causes: Causal analysis involves techniques like root cause analysis (RCA) to systematically identify the underlying reasons for defects.
* Preventive Actions: Once the root causes are identified, preventive actions can be designed and implemented to mitigate these causes, thereby reducing the likelihood of similar defects occurring in the future.
* Continuous Improvement: Conducting regular causal analysis sessions contributes to continuous improvement in the development process, helping the team learn from past mistakes and enhance their practices.
NEW QUESTION # 70
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