Satellite broadband services are critical infrastructures, bringing connectivity to the most
remote regions of the globe. However, due to performance concerns, many geostationary …

Satellites offer critical services impacting the lives of billions around the world. However, the
cyber-security properties of space systems are poorly understood. As the next generation of …

This work examines the behavior and impact of key protocol features like acknowledgment
policy, different congestion control algorithms and the two levels of flow control on …

Satellite networks usually use in‐network methods (such as Performance Enhancing
Proxies for TCP) to adapt the transport to the characteristics of the forward and return paths …

This paper explores the use of IETF QUIC with a GEO satellite service, with a focus on the
return path. It examines how TCP ACKs are adapted on paths with high asymmetry and then …

QUIC has drawn extensive attention in supporting low latency and secure Internet of Things
(IoT) communications due to its efficient handshake and default end-to-end encryption …

QUIC is a novel transport protocol developed to solve some of the well-known problems in
Internet data transfer. QUIC can separately manage data of multiple distinct flows (streams) …

In order to achieve new performance gains, network protocols are constantly being
improved. One of the important novel developments is the new generation transport protocol …

Cellular networks present high latencies, especially in the Radio Acccess Network (RAN).
The new generation of cellular technology 5G, in addition to increasing transmission …