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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 Configuration Management | - Version control and change management - Build and release management |
| Topic 3: Software Verification and Validation | - Reviews and inspections - Testing strategies and levels - Defect prevention techniques |
| Topic 4: Software Risk Management | - Risk mitigation strategies - Risk identification and analysis |
| Topic 5: Software Engineering Processes | - Software development life cycle (SDLC) - Process definition and improvement - Agile and traditional methodologies |
| Topic 6: Software Quality Management | - Quality planning and strategy - Continuous improvement methodologies - Quality systems and models |
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NEW QUESTION # 258
When a software change order is reviewed by the change control board (CCB), it is assigned a status from which of the following sets of classifications?
Answer: A
Explanation:
When a software change order is reviewed by the Change Control Board (CCB), it undergoes a formal assessment to determine the impact and feasibility of the change. The CCB typically assigns one of the following statuses:
* Approved: The change is accepted and will be implemented.
* Disapproved: The change is rejected and will not be implemented.
* Deferred: The decision on the change is postponed, often pending further information or consideration.
These classifications help in managing changes systematically, ensuring only feasible and beneficial changes are made to the software system.
References:
* IEEE Standard for Configuration Management in Systems and Software Engineering (IEEE Std
828-2012)
* Software Engineering Body of Knowledge (SWEBOK)
NEW QUESTION # 259
Which of the following problem-solving tools is most appropriate for breaking down ideas into progressively greater detail?
Answer: A
Explanation:
A tree diagram is a tool used to break down broad categories into finer levels of detail. It is particularly useful for:
* Hierarchical Decomposition: Breaking down complex ideas or processes into manageable sub-components.
* Problem Solving: Identifying root causes and exploring solutions systematically.
* Project Planning: Defining tasks and sub-tasks in a structured manner.
The tree diagram starts with a single node and branches out into multiple nodes, each representing a more detailed aspect of the main topic.
References:
* "The Quality Toolbox" by Nancy R. Tague
* "The Memory Jogger II: A Pocket Guide of Tools for Continuous Improvement and Effective Planning" by Michael Brassard and Diane Ritter
NEW QUESTION # 260
Which of the following best defines the total cost of quality for a software project?
Answer: C
Explanation:
The total cost of quality includes all costs associated with achieving quality and all costs caused by poor quality. In software quality engineering, these costs are commonly grouped into prevention costs, appraisal costs, internal failure costs, and external failure costs. Prevention costs include activities such as training, process improvement, standards, and defect prevention. Appraisal costs include reviews, audits, inspections, and testing used to evaluate conformance. Failure costs include rework, defect correction, retesting, support, warranty, customer dissatisfaction, and post-release failures. Quality assurance and testing budgets represent only part of the total. Fixing defects and maintenance describe failure-related costs but exclude prevention and appraisal. Planning, designing, and testing are development activities, not the full cost of quality.
NEW QUESTION # 261
Entry and exit criteria for product development should be used to determine
Answer: C
Explanation:
Entry and exit criteria define the conditions required to start and complete a development phase. In software quality engineering, these criteria help ensure that work products are sufficiently complete, reviewed, tested, approved, and controlled before the project moves forward. Exit criteria may include completed reviews, resolved critical defects, approved deliverables, updated traceability, and successful testing. Entry criteria for the next phase confirm that the required inputs are available and acceptable. These criteria support lifecycle discipline and reduce the risk of carrying unresolved defects or incomplete work into later stages. While they may indirectly support compliance and schedule control, their direct purpose is to determine whether one phase is complete and the next phase can begin.
NEW QUESTION # 262
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: B
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 # 263
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