AbstractFull integration of satellite technology in future terrestrial infrastructures requires support for high-quality broadband bi-directional communications. Research efforts in the field of satellite communications are currently oriented in the study of QoS-aware solutions for DVB-S and DVB-RCS which allowed seamless deployment in the Internet. In this paper the QoS architecture designed in the framework of the SATlP6 project, sponsored within the 51h EU Research Programme Framework, is presented. This is organized into two main modules, the Traffic Control and Bandwidth on Demand (BOD) module, whose aim are to provide for differentiated service of conveyed IP flows and efficient utilization of uplink bandwidth respectively. Experimental results obtained through Opnet simulations are reported and discussed to assess the effectiveness of the designed solution in terms of both service differentiation and efficient utilization of satellite resources.
QoS Support for Interactive Communication with DVB/RCS Satellites / Inzerilli, Tiziano; Paone, E; Pietrabissa, Antonio; Tarquini, G.. - 2:(2004), pp. 897-902. (Intervento presentato al convegno 9th IEEE International Symposium on Computers Communications (ISCC 04) tenutosi a Alexandria; Egypt).
QoS Support for Interactive Communication with DVB/RCS Satellites
INZERILLI, Tiziano
;PIETRABISSA, Antonio
;
2004
Abstract
AbstractFull integration of satellite technology in future terrestrial infrastructures requires support for high-quality broadband bi-directional communications. Research efforts in the field of satellite communications are currently oriented in the study of QoS-aware solutions for DVB-S and DVB-RCS which allowed seamless deployment in the Internet. In this paper the QoS architecture designed in the framework of the SATlP6 project, sponsored within the 51h EU Research Programme Framework, is presented. This is organized into two main modules, the Traffic Control and Bandwidth on Demand (BOD) module, whose aim are to provide for differentiated service of conveyed IP flows and efficient utilization of uplink bandwidth respectively. Experimental results obtained through Opnet simulations are reported and discussed to assess the effectiveness of the designed solution in terms of both service differentiation and efficient utilization of satellite resources.File | Dimensione | Formato | |
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