… spatial reuse, resulting in a net increase in capacity. In this book, we present three emerging
multihop … potential for future wireless communication systems- Multihop Cellular Networks, …

… This study can be considered for improvement of the LTE-A requirements from Table II.
The minimum cell-edge spectral efficiency is defined as 0.07 bps/Hz/user. Assuming a system …

… In this paper, our objective is to improve the spatial reuse of radio channels of WLANs by …
Our solution can significantly improve the behavior of WLANs, leading in particular to a …

… It also incorporates spatial reuse and dynamic routing to improve network performance. A
centralized scheduling in LitMAC is employed which is responsible for allocating slots to a flow …

… As for SPO, we observe an increasing QoS demands toward full SPO. Although NASA requires
up to 10 −8 communication reliability, wireless technologies can face extreme challenges …

… , thereby increasing the overall throughput of the network transmission. Multi-beam antenna
has the ability to increase the spatial reuse, extend the transmission range, improve the …

… in Multi-Hop wireless networks to achieve improved throughput … of Xor network coding in
Multi-Hop wireless networks. The … MAC layer, which can prevent spatial reuse. Besides, it is not …

… The second objective of this study is to develop a multi-protocol framework that allows
the development of multiple routing protocols under a single framework. This will …

… random graph techniques have been used to develop analytical frameworks to capture the
spatial-temporal interference correlation in largescale wireless networks. The objective of this …

… Next, in Section VII, we study ML algorithms for multi-hop Wi-Fi deployments: … spatial reuse
have considered BSSs operating in a completely decentralized way, so using a spatial reuse …