Title :
Internet Routing in Space: Architectures for Quality of Service
Author :
Connary, Julie Ann ; Donner, Paul ; Johnson, Joe ; Thompson, Jeff
Author_Institution :
Cisco Syst., Inc., Englewood, CO
Abstract :
End-to-End Quality of Service Architectures for Internet Protocol based satellite communication are evolving. Cisco Systems, Inc. Next Generation Global Services Space-based Internet provides an integration challenge for providing end-to-end Quality of Service utilizing the first full Internet Routing in Space payload router located in geostationary orbit. This first Space-Based Internet consists of a payload router/modem ground based terminals and Network Operations Center. The payload is hosted on the Intelsat IS-14 geostationary satellite, due to be launched in 2009. Internet Routing In Space Next Generation Global Services are being developed as a Joint Capability Technology Demonstration for the US Department of Defense. The Space-based Internet introduces an advanced Quality of Service Architecture in support of providing Service Level Agreement based managed services. We first introduce the QoS functionality and propose a simplified QoS model to integrate the components for an end-to-end architecture. Integration challenges are discussed and are being studied in a high fidelity proof of concept lab. Future QoS integration research areas are introduced.
Keywords :
Internet; quality of service; routing protocols; satellite communication; Cisco Systems, Inc; Intelsat IS-14 geostationary satellite; Internet Routing In Space Next Generation Global Services; Internet protocol; Internet routing; Next Generation Global Services Space-based Internet; geostationary orbit; payload router; quality of service; satellite communication; service level agreement; IP networks; Modems; Payloads; Protocols; Quality management; Quality of service; Routing; Satellite communication; Space technology; Web and internet services;
Conference_Titel :
Aerospace conference, 2009 IEEE
Conference_Location :
Big Sky, MT
Print_ISBN :
978-1-4244-2621-8
Electronic_ISBN :
978-1-4244-2622-5
DOI :
10.1109/AERO.2009.4839381