adplus-dvertising
frame-decoration

Question

What is the relationship between the failure intensity and mean failures in both BM and LPM models?

a.

Failure intensity is a constant while mean failures is a function of execution time

b.

Failure intensity is the derivative of mean failures

c.

Failure intensity is the integral of mean failures

d.

Mean failures is the derivative of failure intensity

Posted under Software Engineering

Answer: (b).Failure intensity is the derivative of mean failures Explanation:In both BM and LPM models, mean failures is a function of execution time and failure intensity is the derivative of mean failures.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. What is the relationship between the failure intensity and mean failures in both BM and LPM models?

Similar Questions

Discover Related MCQs

Q. Does the effectiveness of fault correction remain constant over time in the BM model?

Q. Does the expected number of failures in infinite time in the LPM model become infinite?

Q. How does the effectiveness of fault correction change with time in the LPM model?

Q. What is the number of failures expected in a certain time period in both BM and LPM models when faults are not being corrected anymore?

Q. What are the techniques used to estimate the parameters in BM and LPM models?

Q. What is the importance of early testing activities in software development?

Q. What are the most commonly used manual test techniques in software development?

Q. What is the role of personnel in software fault detection and removal?

Q. What is the primary focus of error-based testing?

Q. What is the purpose of test adequacy criteria in software development?

Q. What is the importance of early fault detection in software development?

Q. What is the most commonly used test technique in practice?

Q. What is the major element in software fault detection and removal besides test techniques used?

Q. What is the general feasibility of exhaustive testing?

Q. What are the three broad categories of test adequacy criteria?

Q. What is the relationship between test adequacy criteria and test techniques?

Q. What is the well-known measure to compare program-based test adequacy criteria?