International audienceThe deployment of distributed systems is extremely complex. Indeed, software deployment faces significant problems of success and safety. These problems are due to the lack of a unified model, a global architecture for deployment and an explicit dependency representation among the target system and application components. Therefore, we advocate moving from an ad hoc approach to a structured, systematic and safe approach. In this paper, we propose a generic model and an architecture for a dependable deployment
Software deployment is the set of activities related to getting software components to work on the ...
International audienceDistributed software architecture is composed of multiple interacting modules,...
International audienceDistributed software architecture is composed of multiple interacting modules,...
International audienceComponent-based distributed systems are hard to deploy for two main reasons: t...
International audienceAdministration and deployment of software systems become increasingly complex....
AbstractComponent-based distributed systems are hard to deploy for two main reasons: the complexity ...
International audienceComponent-based distributed systems are hard to deploy for two main reasons: t...
Nowadays, software systems are bigger and more complicated than people may think. Apart from the fac...
Distributed software systems are increasingly used to support business applications. This requires t...
Nowadays, software systems are bigger and more complicated than people may think. Apart from the fac...
In the component-based software development process, the formalisation of architectural choices make...
In this paper an MILP-based methodology is presented that allows to optimize the deployment of a set...
We use the term component-based software deployment (CBSD) to refer to the process of deploying a so...
In this paper an MILP-based methodology is presented that allows to optimize the deployment of a set...
International audienceComponent-Based Software Engineering (CBSE) is a widely used approach for the ...
Software deployment is the set of activities related to getting software components to work on the ...
International audienceDistributed software architecture is composed of multiple interacting modules,...
International audienceDistributed software architecture is composed of multiple interacting modules,...
International audienceComponent-based distributed systems are hard to deploy for two main reasons: t...
International audienceAdministration and deployment of software systems become increasingly complex....
AbstractComponent-based distributed systems are hard to deploy for two main reasons: the complexity ...
International audienceComponent-based distributed systems are hard to deploy for two main reasons: t...
Nowadays, software systems are bigger and more complicated than people may think. Apart from the fac...
Distributed software systems are increasingly used to support business applications. This requires t...
Nowadays, software systems are bigger and more complicated than people may think. Apart from the fac...
In the component-based software development process, the formalisation of architectural choices make...
In this paper an MILP-based methodology is presented that allows to optimize the deployment of a set...
We use the term component-based software deployment (CBSD) to refer to the process of deploying a so...
In this paper an MILP-based methodology is presented that allows to optimize the deployment of a set...
International audienceComponent-Based Software Engineering (CBSE) is a widely used approach for the ...
Software deployment is the set of activities related to getting software components to work on the ...
International audienceDistributed software architecture is composed of multiple interacting modules,...
International audienceDistributed software architecture is composed of multiple interacting modules,...