Software-Engineering
August 28, 2024Software-Engineering
August 28, 2024Software-Engineering
| Question 318 |
The extent to which a software tolerates the unexpected problems, is termed as:
| Accuracy | |
| Reliability | |
| Correctness | |
| Robustness |
Question 318 Explanation:
→ The extent to which a software tolerates the unexpected problems is termed as Robustness.
→ Robustness is the ability of a computer system to cope with errors during execution and cope with erroneous input.
→ Accuracy is a description of systematic errors, a measure of statistical bias.
→ Software reliability is the probability that software will work properly in a specified environment and for a given amount of time.
→ Correctness of an algorithm is asserted when it is said that the algorithm is correct with respect to a specification. Functional correctness refers to the input-output behaviour of the algorithm (i.e., for each input it produces the expected output).
→ Robustness is the ability of a computer system to cope with errors during execution and cope with erroneous input.
→ Accuracy is a description of systematic errors, a measure of statistical bias.
→ Software reliability is the probability that software will work properly in a specified environment and for a given amount of time.
→ Correctness of an algorithm is asserted when it is said that the algorithm is correct with respect to a specification. Functional correctness refers to the input-output behaviour of the algorithm (i.e., for each input it produces the expected output).
Correct Answer: D
Question 318 Explanation:
→ The extent to which a software tolerates the unexpected problems is termed as Robustness.
→ Robustness is the ability of a computer system to cope with errors during execution and cope with erroneous input.
→ Accuracy is a description of systematic errors, a measure of statistical bias.
→ Software reliability is the probability that software will work properly in a specified environment and for a given amount of time.
→ Correctness of an algorithm is asserted when it is said that the algorithm is correct with respect to a specification. Functional correctness refers to the input-output behaviour of the algorithm (i.e., for each input it produces the expected output).
→ Robustness is the ability of a computer system to cope with errors during execution and cope with erroneous input.
→ Accuracy is a description of systematic errors, a measure of statistical bias.
→ Software reliability is the probability that software will work properly in a specified environment and for a given amount of time.
→ Correctness of an algorithm is asserted when it is said that the algorithm is correct with respect to a specification. Functional correctness refers to the input-output behaviour of the algorithm (i.e., for each input it produces the expected output).