Despite the pervasiveness of Internet censorship, we have scant data on its extent,
mechanisms, and evolution. Measuring censorship is challenging: it requires continual …

We report the results of a study to collect and analyze IPv6 Internet background radiation.
This study, the largest of its kind, collects unclaimed traffic on the IPv6 Internet by …

IPv6 measurement studies have focussed on measuring IPv6 adoption, while studies on
measuring IPv6 performance have either become dated or only provide a snapshot view …

After almost two decades of IPv6 development and consequent efforts to promote its
adoption, the current global share of IPv6 traffic still remains low. Urged by the need to …

Despite the plethora of incremental deployment mechanisms proposed, rapid adoption of
new network-layer protocols and architectures remains difficult as reflected by the …

IPv6 automatic transition mechanisms such as 6to4 and ISATAP endure on a surprising
number of Internet hosts. These mechanisms lie in hibernation awaiting someone or …

Although IPv6 has been standardized more than 15 years ago, its deployment is still very
limited. China has been strongly pushing IPv6, especially due to its limited IPv4 address …

The Internet Engineering Task Force (IETF) has developed protocols that promote a healthy
IPv4 and IPv6 co-existence. The happy eyeballs algorithm for instance, provides …

As native IPv6 adoption increases, the use of 6to4 tunnels has declined, yet they remain a
significant security concern in today's Internet. This study investigates the real-world …

Short end-to-end path lengths and faster round-trip times (RTTs) are important for good
client performance. While prior measurement studies related to IPv6 primarily focus on …