… TCP applications over networks with coupled wireless links. Using queueing delay as a
congestion measure, we show that optimal TCP … solvers for intended network utility maximization …

… Throughout this article, we provide a systematic study of end-to-end performance of TCP
congestion protocols in mm-wave 5G mobile networks. TCP is the de facto transport protocol …

… optimization-based approach by introducing a queuing mechanism for packet scheduling.
Later, it presents an efficient, optimized … networks, opportunistic mobile network, and mobile …

… -to-end (e2e) TCP schemes for cellular networks (CN), we explore another … mobile/multi-access
edge computing (MEC), where the servers are located close to the radio access network (…

… In order to assess how TCP will perform in mmWave cellular networks, we consider two
of the most challenging scenarios among those specified by 3GPP in [7], that is, a high-speed …

… optimization of the available network resources. The results of the paper show the advantages
of bringing SDN into the mobile network not only for network … network congestion occurs. …

… TCP (MPTCP) can take advantage of multiple paths to transmit data and has been deeply
optimized … ) that utilizes Lyapunov optimization technique in software defined wireless network (…

… and multy-flow TCP CC algorithms used in pre-5G networks. The related work on … TCP CC
algorithm performance in 5G networks is further presented. A possible implementation of TCP …

… -oriented TCP … network such as the cellular network. We used DeepCC plug-in to boost the
performance of various old and new TCP schemes including TCP Cubic, Google’s BBR, TCP …

… In this paper, we focus on cross layer optimization at the network layer. For MPTCP, network
… In order to get the connection with the network layer, the cross layer optimization for MPTCP …