With the rapid development of computer networks there are more and more resources involoved in it,such as CPU cycles, PC's disk space and network bandwidth. Many people beheve that peer to peer computing can harne...With the rapid development of computer networks there are more and more resources involoved in it,such as CPU cycles, PC's disk space and network bandwidth. Many people beheve that peer to peer computing can harness these disruptive powers. In this paper we describe the applied fields,research issues and typical problems in peer to peer computing.展开更多
In this paper, we present an approach to establish efficient and scalable service provisioning in the cloud environment using P2P-based infrastructure for storing, sharing and discovering services. Unlike most other P...In this paper, we present an approach to establish efficient and scalable service provisioning in the cloud environment using P2P-based infrastructure for storing, sharing and discovering services. Unlike most other P2P-based approaches, it allows flexible search queries, since all of them are executed against internal database presenting at each overlay node. Various issues concerning using this approach in the cloud environment, such as load-balancing, queuing, dealing with skewed data and dynamic attributes, are addressed in the paper. The infrastructure proposed in the paper can serve as a base for creating robust, scalable and reliable cloud systems, able to fulfill client’s QoS requirements, and at the same time introduce more efficient utilization of resources to the cloud provider.展开更多
文摘With the rapid development of computer networks there are more and more resources involoved in it,such as CPU cycles, PC's disk space and network bandwidth. Many people beheve that peer to peer computing can harness these disruptive powers. In this paper we describe the applied fields,research issues and typical problems in peer to peer computing.
文摘In this paper, we present an approach to establish efficient and scalable service provisioning in the cloud environment using P2P-based infrastructure for storing, sharing and discovering services. Unlike most other P2P-based approaches, it allows flexible search queries, since all of them are executed against internal database presenting at each overlay node. Various issues concerning using this approach in the cloud environment, such as load-balancing, queuing, dealing with skewed data and dynamic attributes, are addressed in the paper. The infrastructure proposed in the paper can serve as a base for creating robust, scalable and reliable cloud systems, able to fulfill client’s QoS requirements, and at the same time introduce more efficient utilization of resources to the cloud provider.
