Abstract—We argue that quantifying software reliability is important in demonstrating that system-level risks are As Low As Reasonably Practicable (ALARP). Furthermore, we demonstrate that such quantification is possible in at least one meaningful case. It is, however, unlikely to be practical in every case. This means it is unlikely to be included as an explicit objective in standards. Hence, for those cases where software reliability can be quantified, merely following a standard may lead to risk-reduction opportunities being missed. I
Software reliability reflects a customer's view of the products software engineers build and test, a...
Software Reliability has been regarded as one of the important quality attributes because low reliab...
Reliability is always important in all systems but sometimes it is more important than other quality...
This paper looks at the ways in which the reliability of software can be assessed and predicted. It ...
This paper affirms that quantification of life-critical software reliability is infeasible using sta...
This paper affirms that the quantification of life-critical software reliability is infeasible using...
It is of paramount importance that software reliability requirements not only can be formulated, but...
Current research on software reliability does not lend itself to quantitatively assessing the risk p...
The goal is to look for code performance metrics. Reliability is an important aspect of any program ...
It is a cruel reality that the goal of producing "perfect software " remains elusive. When...
Software reliability is the probability that the software will run without failures for an unlimited...
As prominent speakers have been noting for years, whenever a piece of software fails, that failure c...
Firstly, the analysis of software faults ’ rising process and, secondly, the creation of mathe-matic...
We present a framework for software quality that incorporates the economic significance of software ...
In the debate over the assessment of software reliability (or safety), as applied to critical softwa...
Software reliability reflects a customer's view of the products software engineers build and test, a...
Software Reliability has been regarded as one of the important quality attributes because low reliab...
Reliability is always important in all systems but sometimes it is more important than other quality...
This paper looks at the ways in which the reliability of software can be assessed and predicted. It ...
This paper affirms that quantification of life-critical software reliability is infeasible using sta...
This paper affirms that the quantification of life-critical software reliability is infeasible using...
It is of paramount importance that software reliability requirements not only can be formulated, but...
Current research on software reliability does not lend itself to quantitatively assessing the risk p...
The goal is to look for code performance metrics. Reliability is an important aspect of any program ...
It is a cruel reality that the goal of producing "perfect software " remains elusive. When...
Software reliability is the probability that the software will run without failures for an unlimited...
As prominent speakers have been noting for years, whenever a piece of software fails, that failure c...
Firstly, the analysis of software faults ’ rising process and, secondly, the creation of mathe-matic...
We present a framework for software quality that incorporates the economic significance of software ...
In the debate over the assessment of software reliability (or safety), as applied to critical softwa...
Software reliability reflects a customer's view of the products software engineers build and test, a...
Software Reliability has been regarded as one of the important quality attributes because low reliab...
Reliability is always important in all systems but sometimes it is more important than other quality...