Runtime models facilitate the management of running systems in many different ways. One of the advantages of runtime models is that they enable the use of existing MDE tools at runtime to implement common auxiliary activities in runtime management, such as querying, visualization, and transformation. In this tool demonstration paper, we focus on this specific aspect of runtime models. We discuss the requirements of runtime models to enable the use of model-driven tools, and present our tool to help provide such runtime models on the target systems. We apply this tool on a wide range of target systems, modeling the Android mobile system, the Eclipse GUI, the Java class structure, and the JOnAS inner structure. With the help of these runtime ...
Dynamic reconfigurable systems can evolve under various conditions due to changes imposed either by ...
Models@run.time research primarily focuses on developing and using self-representations, that is, ru...
Achieving an optimal management of the energy budget of mobile devices, while matching the applicati...
Architecture-based runtime management (ARM) is a promising approach for Internetware systems. The ke...
International audienceModels@Runtime aims at taming the complexity of software dynamic adaptation by...
For a myriad of reasons, modern applications face constant change to their requirements and working ...
Modern software systems that play critical roles in society are often required to change at runtime ...
The use of high-level abstraction models not only can facilitate and improve system development but ...
Runtime models represent the dynamic data of running systems, and enable developers to manipulate th...
Modern software systems are often required to adapt their behavior at runtime in order to maintain o...
In model-driven software development a multitude of development models that are related with each ot...
Modern software systems are often required to adapt their behavior at runtime in order to maintain o...
Domain models are the most important asset in widely accepted software development approaches, li...
Increasingly software systems are required to survive variations in their execution environment with...
Dynamic reconfigurable systems can evolve under various conditions due to changes imposed either by ...
Models@run.time research primarily focuses on developing and using self-representations, that is, ru...
Achieving an optimal management of the energy budget of mobile devices, while matching the applicati...
Architecture-based runtime management (ARM) is a promising approach for Internetware systems. The ke...
International audienceModels@Runtime aims at taming the complexity of software dynamic adaptation by...
For a myriad of reasons, modern applications face constant change to their requirements and working ...
Modern software systems that play critical roles in society are often required to change at runtime ...
The use of high-level abstraction models not only can facilitate and improve system development but ...
Runtime models represent the dynamic data of running systems, and enable developers to manipulate th...
Modern software systems are often required to adapt their behavior at runtime in order to maintain o...
In model-driven software development a multitude of development models that are related with each ot...
Modern software systems are often required to adapt their behavior at runtime in order to maintain o...
Domain models are the most important asset in widely accepted software development approaches, li...
Increasingly software systems are required to survive variations in their execution environment with...
Dynamic reconfigurable systems can evolve under various conditions due to changes imposed either by ...
Models@run.time research primarily focuses on developing and using self-representations, that is, ru...
Achieving an optimal management of the energy budget of mobile devices, while matching the applicati...