[Podcast] IP networking in deep space
Marc Blanchet discusses modelling the delay of a deep space IP stack using Linux virtual network methods, and the suitability of QUIC as a transport for applications in space.
Marc Blanchet discusses modelling the delay of a deep space IP stack using Linux virtual network methods, and the suitability of QUIC as a transport for applications in space.
Guest Post: How formal specifications can make network protocols more reliable, secure, and interoperable.
Where does Explicit Congestion Notification (ECN) fit into TCP congestion control on the public Internet? The data shows it in very specific places, like the networks of AI data centres.
External ISP network disruptions, triggering QUIC, BGP path attributes, and a regional standards forum?
How client applications are triggered to connect to servers using the QUIC transport protocol.
Reviewing QUIC’s design motivations, protocol innovations, and current adoption across the public Internet.
Measuring QUIC (performance, spin bit, and ECN), transparent forwarders, and invalid prefix dropping.
Guest Post: Although HTTP/3 and QUIC have been developed to overcome the weaknesses of their predecessors, HTTP/2 and TCP, some hold concerns regarding its origins.
Guest Post: Several large content providers are showing improved web performance from using HTTP/3 compared to HTTP/2.
Guest Post: QUIC overcomes a key issue with TCP by assigning Connection IDs instead of IP addresses.