Runtime models represent the dynamic data of running systems, and enable developers to manipulate the data in an abstract, model-based way. This paper presents SM@RT, a tool that help realize runtime models on a wide class of systems. Receiving a meta-model specifying the target system's data type and an API description specifying how to manipulate the data, SM@RT automatically generates the synchronizer to maintain the runtime model for this system. ? 2010 ACM.EI
This report documents the program and the outcomes of Dagstuhl Seminar 11481 ``Models@run.time\u27\u...
The use of high-level abstraction models not only can facilitate and improve system development but ...
International audienceModels at runtime can be defined as abstract representations of a system, incl...
The key point to leverage model-based techniques on runtime system management is to ensure the corre...
The key point to leverage model-based techniques on runtime system management is to ensure the corre...
Abstract. The key point to leverage model-based techniques on runtime system management is to ensure...
Abstract. A new trend in runtime system monitoring is to utilize MOF-based techniques in analyzing t...
Architecture-based runtime management (ARM) is a promising approach for Internetware systems. The ke...
Models at runtime can be defined as abstract representations of a system, including its structure an...
In model-driven software development a multitude of development models that are related with each ot...
Runtime models facilitate the management of running systems in many different ways. One of the advan...
Models@run.time research primarily focuses on developing and using self-representations, that is, ru...
Model-driven Software Development (MDSD) promotes the use of multiple related models to realize a so...
For a myriad of reasons, modern applications face constant change to their requirements and working ...
Cyber-physical systems are gaining more and more importance even in critical domains, where model-ba...
This report documents the program and the outcomes of Dagstuhl Seminar 11481 ``Models@run.time\u27\u...
The use of high-level abstraction models not only can facilitate and improve system development but ...
International audienceModels at runtime can be defined as abstract representations of a system, incl...
The key point to leverage model-based techniques on runtime system management is to ensure the corre...
The key point to leverage model-based techniques on runtime system management is to ensure the corre...
Abstract. The key point to leverage model-based techniques on runtime system management is to ensure...
Abstract. A new trend in runtime system monitoring is to utilize MOF-based techniques in analyzing t...
Architecture-based runtime management (ARM) is a promising approach for Internetware systems. The ke...
Models at runtime can be defined as abstract representations of a system, including its structure an...
In model-driven software development a multitude of development models that are related with each ot...
Runtime models facilitate the management of running systems in many different ways. One of the advan...
Models@run.time research primarily focuses on developing and using self-representations, that is, ru...
Model-driven Software Development (MDSD) promotes the use of multiple related models to realize a so...
For a myriad of reasons, modern applications face constant change to their requirements and working ...
Cyber-physical systems are gaining more and more importance even in critical domains, where model-ba...
This report documents the program and the outcomes of Dagstuhl Seminar 11481 ``Models@run.time\u27\u...
The use of high-level abstraction models not only can facilitate and improve system development but ...
International audienceModels at runtime can be defined as abstract representations of a system, incl...