Author(s):
Fábio Ferreira 
; Susana Sargento ; Rui L. Aguiar
Date: 2013
Origin: Electrónica e Telecomunicações
Subject(s): NSIS protocol; QoS in 4G; IPv6; NSIS protocol; QoS in 4G; IPv6
Document details
QoS in 4G scenarios using NSIS protocol
Description
This paper presents quality of service mechanisms, based on the NSIS (Next Steps In Signaling) protocol. For that, it was implemented a testbed with NSIS running through IPv6. The network’s QoS was measured by the number of drops, for each flow (either QoS or Best Effort traffic), occurred in routers. The first experiment shows the captured packets during a node association and request for QoS, namely a GIST session and a QoS NSLP session. The second experiment illustrates a more realistic scenario, wheredifferent flows with different QoS parameters and BestEffort traffic, were simultaneously sent through a path acrossdifferent networks. The experimental study addressed in thiswork helped on the enhancement of NSIS developments forIPv6 environments. This paper presents quality of service mechanisms, based on the NSIS (Next Steps In Signaling) protocol. For that, it was implemented a testbed with NSIS running through IPv6. The network’s QoS was measured by the number of drops, for each flow (either QoS or Best Effort traffic), occurred in routers. The first experiment shows the captured packets during a node association and request for QoS, namely a GIST session and a QoS NSLP session. The second experiment illustrates a more realistic scenario, wheredifferent flows with different QoS parameters and BestEffort traffic, were simultaneously sent through a path acrossdifferent networks. The experimental study addressed in thiswork helped on the enhancement of NSIS developments forIPv6 environments.
This paper presents quality of service mechanisms, based on the NSIS (Next Steps In Signaling) protocol. For that, it was implemented a testbed with NSIS running through IPv6. The network’s QoS was measured by the number of drops, for each flow (either QoS or Best Effort traffic), occurred in routers. The first experiment shows the captured packets during a node association and request for QoS, namely a GIST session and a QoS NSLP session. The second experiment illustrates a more realistic scenario, wheredifferent flows with different QoS parameters and BestEffort traffic, were simultaneously sent through a path acrossdifferent networks. The experimental study addressed in thiswork helped on the enhancement of NSIS developments forIPv6 environments. This paper presents quality of service mechanisms, based on the NSIS (Next Steps In Signaling) protocol. For that, it was implemented a testbed with NSIS running through IPv6. The network’s QoS was measured by the number of drops, for each flow (either QoS or Best Effort traffic), occurred in routers. The first experiment shows the captured packets during a node association and request for QoS, namely a GIST session and a QoS NSLP session. The second experiment illustrates a more realistic scenario, wheredifferent flows with different QoS parameters and BestEffort traffic, were simultaneously sent through a path acrossdifferent networks. The experimental study addressed in thiswork helped on the enhancement of NSIS developments forIPv6 environments.
Document Type
Article
Language English
Editor(s) ;
Language English
Editor(s) ;
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