According to a study in 2002 commissioned by a US Department, software bugs annually costs the US economy an estimated $59 billion. A more recent study in 2013 by Cambridge University estimated that the global cost has risen to $312 billion globally. There exists various ways to prevent, isolate and fix software bugs, ranging from lightweight methods that are (semi)-automatic, to heavyweight methods that require significant user interaction. Our own method described in this tutorial is based on automated run-time checking of a combination of protocol- and data-oriented properties of object-oriented programs
Runtime verification has primarily been developed and evaluated as a means of enriching the software...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
We have designed and implemented a framework that unifies unit testing and run-time verification (as...
According to a study in 2002 commissioned by a US Department, software bugs annually costs the US ec...
We develop a new technique for Run-time Checking for two object-oriented languages: Java and the Abs...
The risk posed by software bugs has increased tremendously as software is now essential to many aspe...
Software bugs are expensive. Recent estimates by the US National Institute of Standards and Technolo...
Modern software systems are complex and often built using components that are provided with their ap...
Modern software systems are complex and often built using components that are provided with their ap...
The rapid increase in the significance of software systems has made software assurance a critical re...
In order to detect incorrect program behaviors, a number of approaches have been proposed, which inc...
Compilers can generate runtime checks in order to check the valid use of the language operations. Ex...
Analysis and validation of software systems is an important area of research in computer science. Tr...
Run-time checks are often assumed to be a cost-effective way of improving the dependability of softw...
Instrumenting programs for performing run-time checking of properties, such as regular shapes, is a ...
Runtime verification has primarily been developed and evaluated as a means of enriching the software...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
We have designed and implemented a framework that unifies unit testing and run-time verification (as...
According to a study in 2002 commissioned by a US Department, software bugs annually costs the US ec...
We develop a new technique for Run-time Checking for two object-oriented languages: Java and the Abs...
The risk posed by software bugs has increased tremendously as software is now essential to many aspe...
Software bugs are expensive. Recent estimates by the US National Institute of Standards and Technolo...
Modern software systems are complex and often built using components that are provided with their ap...
Modern software systems are complex and often built using components that are provided with their ap...
The rapid increase in the significance of software systems has made software assurance a critical re...
In order to detect incorrect program behaviors, a number of approaches have been proposed, which inc...
Compilers can generate runtime checks in order to check the valid use of the language operations. Ex...
Analysis and validation of software systems is an important area of research in computer science. Tr...
Run-time checks are often assumed to be a cost-effective way of improving the dependability of softw...
Instrumenting programs for performing run-time checking of properties, such as regular shapes, is a ...
Runtime verification has primarily been developed and evaluated as a means of enriching the software...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
We have designed and implemented a framework that unifies unit testing and run-time verification (as...