A. stated needs
C. makes optimal use of system resources
D. none of the mentioned
B. Complexity
C. Reliability
D. Quality
A. Function points analysis
B. DRE (Defect Removal Efficiency)
D. All of the mentioned
A. Net increase in productivity
B. Intellectual skill to learn the system
C. Time required to become moderately efficient in system usage
A. Booch
B. Boehm
D. Jacobson
A. longest path from the root to a leaf
B. maximum number of nodes at any level
D. number of modules
B. Reliability
C. Integrity
D. Usability
A. E errors found before software delivery
B. D defects found after delivery to user
D. Varies with project
A. integrity
C. all of the mentioned
D. correctness
A. complexity
B. effort
D. size
B. Efficiency
C. Usability
D. Functionality
A. Integrity = [1 threat * Sigma(1 security)]
B. Integrity = [1 Sigma(threat)] * (1 security)
C. Integrity = [Sigma(1 threat)] * (1 security)
A. Number of user Input
B. Number of external Interfaces
D. Number of user Inquiries
B. Process Metrics
C. Project Metrics
B. number of Functions
C. number of user inputs
D. amount of memory usage
B. Design Model
C. Analysis Model
D. Source Code
A. Cohesion Metrics
B. Complexity Metrics
C. Coupling Metrics
A. Product
C. People
D. Technology
A. No relation
C. Indirectly
A. Link based
B. Usage based
D. Content based
A. three
B. six
C. four
A. Interface design metrics
B. Architectural metrics
C. Component-level metrics
A. Gray Box
B. Green Box
D. White Box
A. minimization of development schedule
C. assessing project quality on ongoing basis
D. for strategic purposes
A. Software Mature Indicator
B. Software Mature Index
D. Software Maturity Indicator
A. Embedded
B. Dynamic
C. All of the mentioned
A. all of the mentioned
B. measurement
D. measure
B. Product Metrics
D. Project Metrics
B. help in assessment of status of ongoing project
C. none of the mentioned
D. track potential risk
A. Word Token
B. Word Length
D. Word Size
A. All of the mentioned
D. Process Metrics
A. Number of Dynamic Content Objects
B. Number of Static Content Objects
D. Word Count
A. Number of Internal Page Links
C. Number of Dynamic Content Objects
A. Cost
B. Effort Applied
A. FP = count total * [0.65 + 0.01] * sum(Fi)
B. FP = [count total * 0.65] + 0.01 * sum(Fi)
C. FP = [count total * 0.65 + 0.01] * sum(Fi)
A. fan check-out of module i
B. fan in of module i
D. fan check-in of module i
A. none of the mentioned
B. in the current release that have been changed
C. from the preceding release that were deleted in the current release
Showing 1 to 37 of 37 mcqs