AbstractThis paper proposes an approach to adapting distributed applications to changes in user requirements and resource availability. The key ideas behind the framework were dynamic deployment of components and dividing and merging components. The former enabled components to relocate themselves at new servers when provisioning the servers and remained servers when deprovisioning servers. The latter enabled the states of components to be divided and passed to other components and to be merged with other components according to user-defined functions. It was useful to adapt applications to elasticity in cloud computing. It is constructed as a middleware system for Java-based general-purposed software components. This paper describes the pr...
Cloud computing provides an easy access to computing resources. Customers can acquire and release re...
Cloud Computing allows us to abstract distributed, elastic IT resources behind an interface that pro...
We are witnessing increasing demand for applications that are runnable on a wide range of mobile dev...
AbstractThis paper proposes an approach to adapting distributed applications to changes in user requ...
Part 5: Big-Data and Cloud ComputingInternational audienceWith the functionality of mobile applicati...
To alleviate the resource constraints of mobile devices, develop-ers of mobile applications commonly...
International audienceIn the field of cloud computing, current solutions dedicated to PaaS (Platform...
Self-adaptation of software has been used as a mechanism to address complexity and constraint in mob...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
middleware framework to support autonomous workload elas-ticity and scalability based on application...
Recently, Cloud Computing introduces some new concepts that entirely change the way applications are...
This dataset release supports the results presented in the paper "Application Deployment using Conta...
Abstract We propose a new elastic application model that enables seamless and transparent use of clo...
Future distributed applications will need to support computing devices with a wide range of capabili...
Running applications in the cloud efficiently requires much more than deploying software in virtual ...
Cloud computing provides an easy access to computing resources. Customers can acquire and release re...
Cloud Computing allows us to abstract distributed, elastic IT resources behind an interface that pro...
We are witnessing increasing demand for applications that are runnable on a wide range of mobile dev...
AbstractThis paper proposes an approach to adapting distributed applications to changes in user requ...
Part 5: Big-Data and Cloud ComputingInternational audienceWith the functionality of mobile applicati...
To alleviate the resource constraints of mobile devices, develop-ers of mobile applications commonly...
International audienceIn the field of cloud computing, current solutions dedicated to PaaS (Platform...
Self-adaptation of software has been used as a mechanism to address complexity and constraint in mob...
The inherently limited processing power and battery lifetime of mobile phones hinder the possible ex...
middleware framework to support autonomous workload elas-ticity and scalability based on application...
Recently, Cloud Computing introduces some new concepts that entirely change the way applications are...
This dataset release supports the results presented in the paper "Application Deployment using Conta...
Abstract We propose a new elastic application model that enables seamless and transparent use of clo...
Future distributed applications will need to support computing devices with a wide range of capabili...
Running applications in the cloud efficiently requires much more than deploying software in virtual ...
Cloud computing provides an easy access to computing resources. Customers can acquire and release re...
Cloud Computing allows us to abstract distributed, elastic IT resources behind an interface that pro...
We are witnessing increasing demand for applications that are runnable on a wide range of mobile dev...