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Storage aware routing protocol for robust and efficient services in the future mobile internet*.
| Content Provider | CiteSeerX |
|---|---|
| Author | Somani, Nehal Ch, Abhishek Nelson, Samuel C. Raychaudhuri, Dipankar |
| Abstract | Abstract—The prominence of wireless, mobile devices on the Internet today has motivated numerous protocols and architectures, such as the MobilityFirst Future Internet Architecture project. In this work, we present a robust, local-scale, storageaware routing approach, called GSTAR, for use in Mobility-First networks. GSTAR unifies techniques from MANET and DTN routing protocols. This unification with in-network storage enables it to overcome mobility-related challenges such as link quality variation, node disconnection, and network partitioning. Through NS3-based simulation, we show that GSTAR outperforms traditional link-state protocols for both wireless and hybrid wired-wireless network environments. I. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Future Mobile Internet Storage Aware Routing Protocol Efficient Service Dtn Routing Protocol Numerous Protocol Mobilityfirst Future Internet Architecture Project Ns3-based Simulation Hybrid Wired-wireless Network Environment Mobility-related Challenge Mobility-first Network Node Disconnection Gstar Unifies Technique Traditional Link-state Protocol In-network Storage Network Partitioning Mobile Device Internet Today Link Quality Variation |
| Content Type | Text |
