Abstract This paper presents an approach and a corresponding tool for generating probabilistic and intensity-varying workload for Web-based software systems. The workload to be generated is specified in two types of models. An application model specifies the possible interactions with the Web-based software system, as well as all required low-level protocol details by means of a hierarchical finite state machine. Based on the ap-plication model, the probabilistic usage is specified in corresponding user behavior models by means of Markov chains. Our tool Markov4JMeter implements our approach to probabilistic workload generation by extend-ing the popular workload generation tool JMeter. A case study demon-strates how probabilistic workload f...
The second World Wide Web generation is increasingly oriented to services. This generation is rich i...
Abstract—Load testing of web applications can be specified by simulating realistic user behavior wit...
Many modern user-intensive applications, such as Web ap-plications, must satisfy the interaction req...
The poor performance of web-based systems can negatively impact the profitability and reputation of ...
We present a tool-supported approach on creating load models that can be used for performance testin...
We present a tool-supported approach for creating workload models from historical web access log dat...
Workload generation is essential to systematically evaluate performance properties of application sy...
We present a tool-supported approach where we used data mining techniques for automatically inferrin...
Proactive auto-scaling methods dynamically manage the resources for an application according to the ...
We describe a tool-supported performance exploration approach in which we use genetic algorithms to ...
International audienceTesting the reliability of an application usually requires a good usage model ...
Markov chain usage models support test planning, test automation, and analysis of test results. In p...
Web applications have become crucial components of current service-oriented business applications. T...
Markov chain usage models support test planning, test automation, and analysis of test results. In p...
The second World Wide Web generation is increasingly oriented to services. This generation is rich i...
The second World Wide Web generation is increasingly oriented to services. This generation is rich i...
Abstract—Load testing of web applications can be specified by simulating realistic user behavior wit...
Many modern user-intensive applications, such as Web ap-plications, must satisfy the interaction req...
The poor performance of web-based systems can negatively impact the profitability and reputation of ...
We present a tool-supported approach on creating load models that can be used for performance testin...
We present a tool-supported approach for creating workload models from historical web access log dat...
Workload generation is essential to systematically evaluate performance properties of application sy...
We present a tool-supported approach where we used data mining techniques for automatically inferrin...
Proactive auto-scaling methods dynamically manage the resources for an application according to the ...
We describe a tool-supported performance exploration approach in which we use genetic algorithms to ...
International audienceTesting the reliability of an application usually requires a good usage model ...
Markov chain usage models support test planning, test automation, and analysis of test results. In p...
Web applications have become crucial components of current service-oriented business applications. T...
Markov chain usage models support test planning, test automation, and analysis of test results. In p...
The second World Wide Web generation is increasingly oriented to services. This generation is rich i...
The second World Wide Web generation is increasingly oriented to services. This generation is rich i...
Abstract—Load testing of web applications can be specified by simulating realistic user behavior wit...
Many modern user-intensive applications, such as Web ap-plications, must satisfy the interaction req...