The distributions and relationships derived from the change data collected during the development of a medium scale satellite software project show that meaningful results can be obtained which allow an insight into software traits and the environment in which it is developed. Modified and new modules were shown to behave similarly. An abstract classification scheme for errors which allows a better understanding of the overall traits of a software project is also shown. Finally, various size and complexity metrics are examined with respect to errors detected within the software yielding some interesting results
A study undertaken to collect software error data of laboratory quality for use in the development o...
Context: Software developers spend a significant amount of time fixing faults. However, not many pap...
The availability and quality of computer resources during the software development process was specu...
The use of dynamic characteristics as predictors for software development was studied. It was found ...
non-peer-reviewedA model of software complexity and reliability is developed. It uses an evolutionar...
Panel Editor An analysis of the distributions and relationships derived from the change data collect...
Software development predictors, error analysis, reliability models and software metric analysis are...
The relationships between the frequency and distribution of errors during software development, the ...
Error data obtained from two different software development environments are compared. To obtain dat...
Includes a correction to the previous article published.The propensity to make programming errors an...
The design complexity of a software system may be characterized within a refinement level (e.g., dat...
An effective data collection methodology for evaluating software development methodologies was appli...
This paper is concerned with methods of measuring and developing quality software. Reliable flight a...
Space missions force engineers to make complex trade-offs between many different constraints includi...
A great deal of effort is now being devoted to the study, analysis, prediction, and minimization of ...
A study undertaken to collect software error data of laboratory quality for use in the development o...
Context: Software developers spend a significant amount of time fixing faults. However, not many pap...
The availability and quality of computer resources during the software development process was specu...
The use of dynamic characteristics as predictors for software development was studied. It was found ...
non-peer-reviewedA model of software complexity and reliability is developed. It uses an evolutionar...
Panel Editor An analysis of the distributions and relationships derived from the change data collect...
Software development predictors, error analysis, reliability models and software metric analysis are...
The relationships between the frequency and distribution of errors during software development, the ...
Error data obtained from two different software development environments are compared. To obtain dat...
Includes a correction to the previous article published.The propensity to make programming errors an...
The design complexity of a software system may be characterized within a refinement level (e.g., dat...
An effective data collection methodology for evaluating software development methodologies was appli...
This paper is concerned with methods of measuring and developing quality software. Reliable flight a...
Space missions force engineers to make complex trade-offs between many different constraints includi...
A great deal of effort is now being devoted to the study, analysis, prediction, and minimization of ...
A study undertaken to collect software error data of laboratory quality for use in the development o...
Context: Software developers spend a significant amount of time fixing faults. However, not many pap...
The availability and quality of computer resources during the software development process was specu...