A Cross Layer Routing Metric to Recognize Traffic Interference in Wireless Mesh Networks

Lee, Sunghun; Lee, Hyukjoon; Lee, Hyungkeun

doi:10.1109/sutc.2010.65

“…Figure21 shows P3R and G3R are almost the same because we have the same tree in these two scenarios, although the packet received percentages are different in the four receiver scenarios.On average between all kinds of traffic shown in Figure21, Rec3 receives 0.9904 times traffic in G3R (GORby) versus P3R (PIM-SM), which is almost 1. However, the average packet received by Rec3 in G4R is about 1.0359 times of P4R, which shows that Rec3 receives about 3.6% more traffic in GORby.…”

mentioning

confidence: 90%

Interference-Aware Multicast in Wireless Mesh Network

Nicanfar¹

2021

Preprint

0

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Interference is one of the most challenging issues in wireless network. Communication between a transmitter and receiver pair causes radio wave propagation to interfere with other nearby communication that may result blocking that link. In Multicast, since almost simultaneous communication takes place along several branches of a Multicast distribution tree, these branches tend to mutually block each other due to interference. In this research we introduced an Interference-Aware Multicast routing protocol. First, it divides the nodes in the Multicast distribution tree in three GORby-Groups: Transmit, REC1 (receiving) and REC2 (standby). Then we calculate the SINR of the node based on interferences caused by all the nodes within that GORby-Group, assuming when the given node is in the transmit mode then all the nodes within its GORby-Group will also be in the transmit mode. Then we use the computed SINRs in our join Multicast group algorithm to achieve the most SINR.

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“…Figure21 shows P3R and G3R are almost the same because we have the same tree in these two scenarios, although the packet received percentages are different in the four receiver scenarios.On average between all kinds of traffic shown in Figure21, Rec3 receives 0.9904 times traffic in G3R (GORby) versus P3R (PIM-SM), which is almost 1. However, the average packet received by Rec3 in G4R is about 1.0359 times of P4R, which shows that Rec3 receives about 3.6% more traffic in GORby.…”

mentioning

confidence: 90%

Interference-Aware Multicast in Wireless Mesh Network

Nicanfar¹

2021

Preprint

0

View full text Add to dashboard Cite

Interference is one of the most challenging issues in wireless network. Communication between a transmitter and receiver pair causes radio wave propagation to interfere with other nearby communication that may result blocking that link. In Multicast, since almost simultaneous communication takes place along several branches of a Multicast distribution tree, these branches tend to mutually block each other due to interference. In this research we introduced an Interference-Aware Multicast routing protocol. First, it divides the nodes in the Multicast distribution tree in three GORby-Groups: Transmit, REC1 (receiving) and REC2 (standby). Then we calculate the SINR of the node based on interferences caused by all the nodes within that GORby-Group, assuming when the given node is in the transmit mode then all the nodes within its GORby-Group will also be in the transmit mode. Then we use the computed SINRs in our join Multicast group algorithm to achieve the most SINR.

show abstract

“…Sunghun Lee et al in [7] have proposed a metric that is useful to select the path with less interference. Wireless Mesh Networks are also called static wireless networks.…”

Section: Cross Layer Metric To Recognize Trafficmentioning

confidence: 99%