In this paper, we propose a novel delay-aware selective admission and scheduling
algorithm for time-critical applications to guarantee the delay requirement of each packet in …

In wireless networks, scheduling becomes a necessity to dynamically match user selection
and resource allocation with traffic needs and wireless channel conditions. Plenty of …

Wireless industrial radio communication systems spawn a new set of requirements with
focus on high reliability and low latency. These requirements were identified in the Industry …

In wireless networks, the network queue stability (throughput-optimality) and the network
utility maximization are two crucial tasks for network operators. Besides, new techniques of …

In this paper, we study how to achieve network utility maximization (NUM) in flow-level
wireless networks, which can be characterized by the random arrivals and departures of flow …

Classic scheduling algorithms for the LTE uplink in the literature may cause severe packet
loss, poor fairness, and inefficient resource allocation. To alleviate packet loss, delay budget …

Introduction of OFDMA to 802.11 WLANs has opened up many opportunities. Especially it
makes the WLAN a closed loop system, where AP assigns OFDMA resource units (that is …

Motivated by the Internet of Things (IoT) and Cyber-Physical Systems (CPS), we consider
dynamic wireless fading networks, where each incoming flow has a random service demand …

We propose a class of binary queue length information based max-weight scheduling
algorithms for wireless networks. In these algorithms, the scheduler, in addition to channel …

In this dissertation, we discuss throughput-optimal scheduling design in multiuser wireless
networks. Throughput-optimal scheduling algorithm design in wireless systems with flow …