IP networking over next-generation satellite systems : International Workshop, Budapest, July 2007 / edited by Linghang Fan, Haitham Cruickshank and Zhili Sun
New Architecture for Next Generation Broadband Satellite Systems -- the Satsix Approach -- SATLIFE: A Big Step into the Enhancement of the Regenerative Satellite Generation -- SATSIX Satellite System and Network -- Fast IP Handover Between Satellite Network and Wireless LAN Network for high-speed trains -- SATSIX Mobility Architecture and its Performance Evaluation -- Cross-Layer Anticipation of Resources Allocatino for Multimedia Applicatinos over DVB-RCS Based on SIP Signalling -- Radio Resource Management for Next Generation DVB-RCS Systems -- SATSIX: A Network Architecture for Next Generation DVB-RCS Systemes -- Interworking Strategy Between DVB-RCS and WiMAX -- Performance and Quality of Video Network with the Actual Satellite Transmission Market -- The Use of Novel Satellite Broadcast Technologies for the Provision of Integrated Services -- Service Integration in Satlife Regenerative Network -- A Novel QoS Architecture in Next Generation Broadband Satellite Systems -- SatSix and Recent Standardisation Results in ETSI Broadband Satellite Multimedia (BSM) Networks -- IPv6 Networking Over Satellite For Mobile User Groups -- Multicast Architecture for IPv6 over DVB-RCS Satellite Networks -- PLATINE: DVB-S2/RCS Enhanced Testbed for Next Generation Satellite Networks -- Overview ofthe SATSIX Trials -- ULE Link Layer Security for DVB Networks -- Secure Multicast in the Broadband Satellite Multimedia Networks
Summary
With its broadcasting capabilities and unique coverage, satellite systems have the potential to bridge significant gaps in global connectivity and can play an important role in the shaping of the next-generation Internet. This book highlights the very latest research output of several EU satellite-related projects and addresses many unresolved issues in next-generation satellite systems, such as efficient deployment of IPv6 over satellites, working with WLAN and WiMax, QoS provisioning over multi-segment networks (including satellite networks), multicast networks and security. springer.com
