Mastering the continuously increasing amount of software requires identification of more efficient strategies for software verification. Currently, fault coverage is only indirectly addressed, e.g. by code coverage. The idea as presented in this paper is to get a better understanding of fault coverage by a systematic classification of software fault types, derivation of footprints of verification tools regarding coverage of such fault types, and recording of required effort. A number of issues regarding fault identification and classification are discussed in this context
The acceptance test errors of a computer software project to determine if the errors could be detect...
A software system development methodology is proposed. Its significance lies in the capacity to supp...
International audienceSoftware is now everywhere and guiding every part of our daily life (Web appli...
Six software verification tools have been applied to space flight software and the findings reported...
Space software may contain faults. However, as faults onboard a spacecraft might develop into extrem...
Software verification encompasses a wide range of techniques and activities that are geared towards ...
In the context of software dependability, the software veri- fication process has an important role....
In the context of software dependability, the software veri-fication process has an important role. ...
A controlled experiment performed by the Software Engineering Laboratory (SEL) to compare the effect...
Improving software reliability of mission-critical systems is widely recognised as one of the major ...
Summary form only given. Embedded controllers are more and more pervasive and feature more and more ...
Space missions force engineers to make complex trade-offs between many different constraints includi...
Software is used in many safety- and security-critical systems. Software development is, however, an...
Software is playing increasingly important roles in avionics systems. It is widely used in navigatio...
Finally, we formulate the relationship between code coverage and fault detection. Although our two c...
The acceptance test errors of a computer software project to determine if the errors could be detect...
A software system development methodology is proposed. Its significance lies in the capacity to supp...
International audienceSoftware is now everywhere and guiding every part of our daily life (Web appli...
Six software verification tools have been applied to space flight software and the findings reported...
Space software may contain faults. However, as faults onboard a spacecraft might develop into extrem...
Software verification encompasses a wide range of techniques and activities that are geared towards ...
In the context of software dependability, the software veri- fication process has an important role....
In the context of software dependability, the software veri-fication process has an important role. ...
A controlled experiment performed by the Software Engineering Laboratory (SEL) to compare the effect...
Improving software reliability of mission-critical systems is widely recognised as one of the major ...
Summary form only given. Embedded controllers are more and more pervasive and feature more and more ...
Space missions force engineers to make complex trade-offs between many different constraints includi...
Software is used in many safety- and security-critical systems. Software development is, however, an...
Software is playing increasingly important roles in avionics systems. It is widely used in navigatio...
Finally, we formulate the relationship between code coverage and fault detection. Although our two c...
The acceptance test errors of a computer software project to determine if the errors could be detect...
A software system development methodology is proposed. Its significance lies in the capacity to supp...
International audienceSoftware is now everywhere and guiding every part of our daily life (Web appli...