Emerging applications such as wireless industrial control or vehicular communications pose
strict requirements in terms of latency and reliability on wireless communication systems …

By 2020, if not before, mobile computing and wireless systems are expected to enter the fifth
generation (5G), which promises evolutionary if not revolutionary services. What those …

For a single LTE interface on a mobile bonding router, we study end-to-end delay jitter seen
by a constant bit rate (CBR) traffic under the uplink (synchronous non-adaptive) hybrid …

Several MultiConnect technologies are actively discussed in research today. MultiPath TCP
(MPTCP) is capable of splitting one flow into subflows and balance the load across multiple …

Numerous reports over the past few years have noted that wireless data consumption
continues to increase at incredible rates. Such growth rates tend to be felt most acutely in the …

This work addresses the problem of traffic splitting for improving the overall delay jitter
performance in the uplink multi-access system. We propose a packet-scheduling paradigm …

Today's end-user devices have multiple access networks available and can achieve better
application performance by distributing traffic across access networks. However, matching …

This paper addresses the problem of traffic splitting in the multi-access system for real-time
applications in the uplink. We first understand the Long Term Evolution (LTE)-uplink …

We address the problem of achieving a target end-to-end per-packet delay jitter for an uplink
packet traffic from a mobile device to a central server. We provide simple analytical models …

An industrial IoT network may involve hundreds of IoT end-devices deployed over large
geographical wide areas networks (WAN). These devices are expected to operate over …