To devise effective network engineering strategies and to assess the quality of upstream providers, network operators would greatly benefit from the knowledge of which Internet paths might be traversed by the traffic flows entering their networks in the case of network faults or when traffic engineering measures are used. However, current methodologies do not provide this information. This paper presents methodologies to discover alternate paths that might be selected in the presence of network faults or different routing policies and to deduce the routing policies of other operators. The techniques are validated through extensive experimentation on the Internet.
The performance of IP networks depends on a wide variety of dynamic conditions. Traffic shifts, equi...
BCP, the de facto inter-domain routing protocol, is the core component of current Internet infrastru...
We propose a new metaphor for the visualization of prefixes propagation in the Internet. Such a meta...
Copyright 2004 ACMThis paper presents a methodology for identifying the autonomous system (or system...
This paper presents a methodology for identifying the autonomous system (or systems) responsible whe...
This paper presents a methodology for identifying the autonomous sys-tem (or systems) responsible wh...
Abstract — We conduct a systematic study on the pervasiveness and persistency of one specific phenom...
In the Internet, Autonomous Systems continuously exchange routing information via the BGP protocol: ...
Communication networks have reached amazing size and complexity nowadays. The Internet, which was bo...
Abstract-The Border Gateway Protocol governs the overall routing in the Internet. With the time, it ...
Abstract — This paper describes a method of inferring logical relation-ships between network prefixe...
International audienceIn the Internet, Autonomous Systems continuously exchange routing information ...
The Internet consists of about 13,000 Autonomous Systems (AS’s) that exchange routing information us...
Internet Service Providers (ISPs) use routing policies to implement the requirements of business con...
The Internet is composed of many independent autonomous systems (ASes) that exchange reachability in...
The performance of IP networks depends on a wide variety of dynamic conditions. Traffic shifts, equi...
BCP, the de facto inter-domain routing protocol, is the core component of current Internet infrastru...
We propose a new metaphor for the visualization of prefixes propagation in the Internet. Such a meta...
Copyright 2004 ACMThis paper presents a methodology for identifying the autonomous system (or system...
This paper presents a methodology for identifying the autonomous system (or systems) responsible whe...
This paper presents a methodology for identifying the autonomous sys-tem (or systems) responsible wh...
Abstract — We conduct a systematic study on the pervasiveness and persistency of one specific phenom...
In the Internet, Autonomous Systems continuously exchange routing information via the BGP protocol: ...
Communication networks have reached amazing size and complexity nowadays. The Internet, which was bo...
Abstract-The Border Gateway Protocol governs the overall routing in the Internet. With the time, it ...
Abstract — This paper describes a method of inferring logical relation-ships between network prefixe...
International audienceIn the Internet, Autonomous Systems continuously exchange routing information ...
The Internet consists of about 13,000 Autonomous Systems (AS’s) that exchange routing information us...
Internet Service Providers (ISPs) use routing policies to implement the requirements of business con...
The Internet is composed of many independent autonomous systems (ASes) that exchange reachability in...
The performance of IP networks depends on a wide variety of dynamic conditions. Traffic shifts, equi...
BCP, the de facto inter-domain routing protocol, is the core component of current Internet infrastru...
We propose a new metaphor for the visualization of prefixes propagation in the Internet. Such a meta...