Title :
An architecture for stable, analyzable Internet routing
Author :
Govindan, Ramesh ; Alaettinoglu, Cengiz ; Eddy, George ; Kessens, David ; Kumar, Satish ; Lee, Wee-San
Author_Institution :
Inf. Sci. Inst., Univ. of Southern California, Los Angeles, CA, USA
Abstract :
In today´s Internet, individuals, campuses, and organizations obtain IP connectivity from transit providers. Internet interprovider routing is governed by bilateral traffic exchange agreements between providers. Such independently established policies can adversely impact the stability and analyzability of Internet routing. We describe an architecture for coordinating Internet routing policies. This architecture allows providers to publish high-level specifications of their policies, and to analyze the effects of their policies on Internet routing. Several pieces of the architecture have been implemented and are in production use; we also discuss the experiences gleaned from these deployments
Keywords :
Internet; specification languages; telecommunication network routing; telecommunication traffic; transport protocols; IP connectivity; Internet routing coordination architecture; Internet routing policies; World Wide Web; analyzable Internet routing; bilateral traffic exchange agreements; common description language; distributed registry system; high-level specifications; stability; transit providers; Business; Fabrics; Information analysis; Internet; Network topology; Production; Routing; Stability analysis; Telecommunication traffic; Web sites;
Journal_Title :
Network, IEEE