In the PaaSHopper middleware, however, policies are used to constrain the deployment and execution of multi-cloud applications based on the properties of the underpinning platforms.
A framework is proposed in [68], to execute the mobile applications on the cloud virtualization environment where the user can control the deployment and execution of the application.
In this case the clients are entitled to specify a service level agreement or a set of provisioning rules and the service performs accordingly the deployment and execution.
This paper presents strong evidence about the efficacy and the efficiency of HPE Hash Programming Environmentt), a CBHPC platform that provides full support for parallel programming, on the development, deployment and execution of numerical simulation code onto cluster computing platforms.
Few middleware solutions were developed until now to support the design, deployment and execution of service-independent applications as well as the management of resources from multiple Clouds.
The goal of MAPPER was to develop a general framework and technology facilitating the development, deployment and execution of distributed multiscale modeling and simulation applications [ 18, 19].
The Titan framework is a service-oriented approach to the design, programming, deployment, and execution of activity-aware applications.
We therefore introduce Titan, a service-oriented framework supporting design, development, deployment, and execution of activity-aware Pervasive Apps.
