Abstract: Monitoring and adaptation of multilayer systems are challenging, because the mismatches and adaptations are interrelated across the layers.
A model-driven engineering approach towards cross-layer monitoring and adaption of multilayer systems is presented, which provides standard meta-modeling ...
This paper presents a model-driven engineering approach towards cross-layer monitoring and adaption of multilayer systems. We provide standard meta-modeling ...
Aug 25, 2013 · Monitoring and adaptation of such multilayer systems are challenging, because the mismatches and adaptations are interrelated across the layers.
Title, Model Driven Engineering of Cross-Layer Monitoring and Adaptation ; Publication Type, Conference Paper ; Year of Publication, 2013 ; Authors, Song H, Raj A, ...
This paper presents a model-driven engineering approach towards cross-layer monitoring and adaption of multilayer systems. We provide standard meta-modeling ...
This paper presents a model-based approach towards cross-layer monitoring and adaptation of multilayer systems. We provide standard meta-modelling languages for ...
multilayer systems, monitoring, dynamic adaptation, model driven engineering, bidirectional ... We provide an model-based approach to cross-layer system ...
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What is model-driven engineering?
A model-based approach towards cross-layer monitoring and adaptation of multilayer systems, which provides standard meta-modelling languages for system ...
In the development step of software systems, Model-Driven Engineering (MDE) [8] is one of the promis- ing approaches to coping with the correlation between ...
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