The main benefits of using mOSAIC are: the elasticity of the application depending on the required computation capacity, and the usage of fault tolerance features.
The elasticity of these applications can be modeled by concave utility functions [3].
This paper addresses the impact of vertical elasticity for applications with dynamic memory requirements when running on a virtualized environment.
In summary, the elasticity of a Cloud application is highly related to the risk-aversion of the resource purchase, i.e. how much to pay to hedge uncertainty.
Crystals leading to elasticity under application of pressure identify the response of a crystal under external strain.
Simple models are based on linear theory of elasticity and its application to structural masonry.
Consequently, the elasticity concept, specific for Cloud computing, is applied at the level of application in the mOSAIC approach.
Elasticity (on-demand scaling) of applications is one of the most important features of cloud computing.
It is no wonder then that the first areas of adoption of the cloud have been for test and development and newly created applications built to take advantage of the elasticity of the cloud.
Incorporation of these forms of ascorbic acid actually increases the strength and elasticity of scaffolds and may provide valuable new biomaterials for the applications of the pelvic floor repair.
