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Enhancing Performance By Salvaging Route Reply Messages In On-Demand Routing Protocols For Manets, Rendong Bai, Mukesh Singhal, Yi Luo
Enhancing Performance By Salvaging Route Reply Messages In On-Demand Routing Protocols For Manets, Rendong Bai, Mukesh Singhal, Yi Luo
Faculty Research & Creative Activity
Researchers prefer on-demand routing protocols in mobile ad hoc networks where resources such as energy and bandwidth are constrained. In these protocols, a source discovers a route to a destination typically by flooding the entire or a part of the network with a route request (RREQ) message. The destination responds by sending a route reply (RREP) message to the source. The RREP travels hop by hop on the discovered route in the reverse direction or on another route to the source. Sometimes the RREP can not be sent to the intended next hop by an intermediate node due to node …
Enhancing Performance By Salvaging Route Reply Messages In On-Demand Routing Protocols For Manets, Rendong Bai, Mukesh Singhal, Yi Luo
Enhancing Performance By Salvaging Route Reply Messages In On-Demand Routing Protocols For Manets, Rendong Bai, Mukesh Singhal, Yi Luo
Rendong Bai
Researchers prefer on-demand routing protocols in mobile ad hoc networks where resources such as energy and bandwidth are constrained. In these protocols, a source discovers a route to a destination typically by flooding the entire or a part of the network with a route request (RREQ) message. The destination responds by sending a route reply (RREP) message to the source. The RREP travels hop by hop on the discovered route in the reverse direction or on another route to the source. Sometimes the RREP can not be sent to the intended next hop by an intermediate node due to node …
Enhancing Performance By Salvaging Route Reply Messages In On-Demand Routing Protocols For Manets, Rendong Bai, Mukesh Singhal, Yi Luo
Enhancing Performance By Salvaging Route Reply Messages In On-Demand Routing Protocols For Manets, Rendong Bai, Mukesh Singhal, Yi Luo
Faculty Research & Creative Activity
Researchers prefer on-demand routing protocols in mobile ad hoc networks where resources such as energy and bandwidth are constrained. In these protocols, a source discovers a route to a destination typically by flooding the entire or a part of the network with a route request (RREQ) message. The destination responds by sending a route reply (RREP) message to the source. The RREP travels hop by hop on the discovered route in the reverse direction or on another route to the source. Sometimes the RREP can not be sent to the intended next hop by an intermediate node due to node …