The Monitoring and Checking (MaC) project gave rise to a framework for runtime monitoring with respect to formally specified properties, which later came to be known as runtime verification. The project also built a pioneering runtime verification tool, Java-MaC, that was an instantiation of the approach to check properties of Java programs. In this retrospective, we discuss decisions made in the design of the framework and summarize lessons learned in the course of the project
A run-time monitor shares computational resources, such as memory and CPU time, with the target prog...
The MaC system has been developed to provide assurance that a target program is running correctly wi...
AbstractThe MaC system has been developed to provide assurance that a target program is running corr...
The Monitoring and Checking (MaC) project gave rise to a framework for runtime monitoring with respe...
We describe the Monitoring and Checking (MaC) framework which provides assurance on the correctness ...
AbstractWe describe Java-MaC, a prototype implementation of the Monitoring and Checking (MaC) archit...
We describe the Monitoring and Checking (MaC) framework which provides assurance on the correctness ...
We describe the Monitoring and Checking (MaC) framework which assures the correctness of the current...
The Java-MaC framework is a run-time verification system for Java programs that can be used to dynam...
Computer systems are often monitored for performance evaluation and enhancement, debugging and testi...
A run-time monitor shares computational resources, such as memory and CPU time, with the target prog...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
We describe Java-MaC, a prototype implementation of the Monitoring and Check-ing (MaC) architecture ...
1 We describe the Monitoring and Checking (MaC) framework which provides assur-ance on the correctne...
AbstractA run-time monitor shares computational resources, such as memory and CPU time, with the tar...
A run-time monitor shares computational resources, such as memory and CPU time, with the target prog...
The MaC system has been developed to provide assurance that a target program is running correctly wi...
AbstractThe MaC system has been developed to provide assurance that a target program is running corr...
The Monitoring and Checking (MaC) project gave rise to a framework for runtime monitoring with respe...
We describe the Monitoring and Checking (MaC) framework which provides assurance on the correctness ...
AbstractWe describe Java-MaC, a prototype implementation of the Monitoring and Checking (MaC) archit...
We describe the Monitoring and Checking (MaC) framework which provides assurance on the correctness ...
We describe the Monitoring and Checking (MaC) framework which assures the correctness of the current...
The Java-MaC framework is a run-time verification system for Java programs that can be used to dynam...
Computer systems are often monitored for performance evaluation and enhancement, debugging and testi...
A run-time monitor shares computational resources, such as memory and CPU time, with the target prog...
Runtime Verification is a quickly growing technique for providing many of the guarantees of formal v...
We describe Java-MaC, a prototype implementation of the Monitoring and Check-ing (MaC) architecture ...
1 We describe the Monitoring and Checking (MaC) framework which provides assur-ance on the correctne...
AbstractA run-time monitor shares computational resources, such as memory and CPU time, with the tar...
A run-time monitor shares computational resources, such as memory and CPU time, with the target prog...
The MaC system has been developed to provide assurance that a target program is running correctly wi...
AbstractThe MaC system has been developed to provide assurance that a target program is running corr...