A Scheme for Probabilistically Reliable Multicast Routing in Wireless Mesh Networks

Multi-rate multicast routing in multi-gateway multi-channel multi-radio wireless mesh networks

“…Some studies, such as Wang et al (2010) and Zhang et al (2009), have also guaranteed QoS requirements of applications. Roy et al (2008), Zhao et al (2007), Koutsonikolas et al (2012) and Zhao et al (2011) considered the quality of wireless links to provide high throughput multicast routing metrics. The multi-rate multicast technique has been employed in wired and single-channel networks in Xiong et al (2010), Sarkar (2005), Kakhbod and Teneketzis (2012), Kar et al (2006) and Bui et al (2008).…”

“…Roy et al (2008),Zhao et al (2007),Koutsonikolas et al (2012) andZhao et al (2011) Throughput maximization -Contention-based -Xiong et al (2010),Sarkar (2005),Kakhbod and Teneketzis (2012) andKar et al (2006) Throughput maximization√ Wired -Bui et al (2008) Throughput maximization √ TDMA -Li et al (2011), Lim et al (2011), Cheng and Yang (2011), Nguyen and Nguyen (2009) and Jahanshahi et al al. (2010) and Tu et al (2012) Interference minimization -Contention-based √ MGMR Throughput maximization √ TDMA, MC-MR √ model.…”

Minimum Cost Bandwidth Guaranteed Multicast Routing in Multi-channel Multi-radio Wireless Mesh Networks

“…The problem of multicast routing has been widely studied in single-channel wireless networks [27][28][29][30][31][32]. Different aspects of the problem has been considered in the literature.…”

“…Ruiz et al [27] proposed an algorithm to construct multicast trees with minimum number of transmissions. The reliability of multicast routing has been studied in [28,29]. In [28], the authors provided link layer mechanisms, such as acknowledgement and retransmission, to increase the reliability of multicast routing.…”

“…In [28], the authors provided link layer mechanisms, such as acknowledgement and retransmission, to increase the reliability of multicast routing. The presented algorithm in [29] establishes a backup path for every destination to increase reliability. References [30,31] studied multicast routing in the context of multi-gateway WMNs.…”