A federated cloud computing model with self-organizing capability using trust negotiation
Sudhir Shenai, M. Aramudhan · 2017
The CLOUD as a ubiquitous global phenomenon, while cloud computing holds a lot of promise for enterprise computing, there are a number of inherent deficiencies in current offerings such as Inherently Limited Scalability of Single-Provider Clouds, Lack of Interoperability Among Cloud Provider, No Built-In Business Service Management Support. To address these issues, we go for federation of Cloud Computing Provider. The future generation of the cloud is federated cloud, It will connects these local infrastructure providers to a global market place that enables each participant to sell and buy capacity on demand. However, providers often propose their services using proprietary management software, interfaces and virtualization technologies. This strongly hinders the applications interoperability and migration across Providers boundaries. Data Sharing is becoming increasingly important for many users and sometimes a crucial requirement, especially for business and organizations aiming to gain profit. However a main problem with data sharing in the cloud is the Privacy, Performances and Security issues. To overcome this Problem we use self-organizing capability for better performance and Trust Negotiation for secured transactions. In this model we designed an overlay network for fully decentralized, efficient finding approach and also show that the trust model allows finding the most promising interlocutor.