In this paper, we investigate a network where N links contend for the channel using the well-
known carrier sense multiple access scheme. By leveraging the notion of stochastic hybrid …

In multihop wireless networks, designing distributed scheduling algorithms to achieve the
maximal throughput is a challenging problem because of the complex interference …

Recent advances in PHY layer design demonstrated efficient self-interference cancellation
and full-duplex in a single band. Building a MAC that exploits self-interference cancellation …

The explosive growth in the usage of IEEE 802.11 network has resulted in dense
deployments in diverse environments. Most recently, the IEEE working group has triggered …

The IEEE 802.11 ah, also known as WiFi HaLow, is a scalable solution for medium-range
communication in Internet of Things (IoT). While provisioning support for the IoT and …

The sixth-generation (6G) communication research is currently in the early stage, where
ultra-reliable low-latency communication (URLLC) is still an important service as in the fifth …

Long-term evolution in unlicensed spectrum (LTE-U) is an emerging technology for
expanding cellular network capacity without additional spectrum cost. This paper …

Recent developments of wireless communication devices have increased the interest in
wireless networks. The hidden node problem is one of the major problems which leads to …

The in-band full-duplexing is a promising technique to boost wireless network throughput by
allowing a node to transmit and receive simultaneously. This paper provides a …

It was shown recently that carrier sense multiple access (CSMA)-like distributed algorithms
can achieve the maximal throughput in wireless networks (and task processing networks) …