Scheduling algorithm design is a critical and challenging issue in multiuser wireless
networks with dynamic flows. The well-known Queue-length-based MaxWeight (QMW) …

How to design a throughput-optimal scheduling algorithm in a heterogeneous wireless
network with flow-level dynamics is a challenging problem. In this paper, we investigate the …

The well-known Queue-length-based MaxWeight scheduling algorithm (QMW) has been
proved to be throughput-optimal for persistent flows only, which are long-lived with infinite …

The heavy tailed traffic in wireless networks fundamentally challenges the applicability of
conventional throughput optimal scheduling algorithms. To encounter this, the stability …

We consider multiuser scheduling in wireless networks with channel variations and flow-
level dynamics. Recently, it has been shown that the MaxWeight algorithm, which is …

The problem of designing scheduling algorithm for multi-channel (eg, OFDM-based)
wireless downlink networks is considered, where the system has a large bandwidth and …

Throughput-optimal scheduling has been widely discussed due to its capability to stabilize
single-hop multiuser wireless systems if possible. However, most of the previous …

We consider a wireless downlink shared by a dynamic population of flows. The flows of
random size (bits) arrive at the base station at random times, and leave when they have …

Most existing wireless networking solutions are best-effort and do not provide any delay
guarantee required by important applications such as the control traffic of cyber-physical …

Multiuser scheduling in a wireless context, where channel state information is exploited at
the base station, can result in significant throughput gains to users. However, when QoS …