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Hopping through each relay node introduces a unit delay.
Erroneous decoding at the relay node is taken into account.
In this work, we investigate the behavior of distributed relay node election protocols.
In this paper, we study the relay node placement problem in large scale wireless sensor networks.
The relay node selection algorithm is designed to ensure that packets traveling through the relay node take a different underlying physical path than that of the default Internet path between the sender and receiver.
To create the redundant path, the sender sends packets to the relay node, which forwards the packets to the receiver.
The ERMTG algorithm takes into account the current energy state of the nodes to select the next relay node.
Wireless energy harvesting can be adopted in relaying systems to solve the energy issue at the relay node.
We consider a system in which the packet exchange among multiple wireless users is forwarded by a relay node.
The Delay Constrained Relay Node Placement Problem (DCRNPP) frequently arises in the Wireless Sensor Network (WSN) design.
Like a game of pass-the-parcel, each "relay node" in the network receives the bundle and decrypts one layer, which reveals the instructions for where to pass it on to.
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