Although, this protocol managed to minimize the problems related to network switching, it still suffers several drawbacks during the handover process especially when the movement speed of mobile user is high.
This type of technique has been combined with the probabilistic scheme in [22], where the authors propose to rebroadcast a message according to a probabilistic distribution, while at the same time the protocol manages a counter to cancel the procedure if the message has been received too many times.
To accomplish the task of constructing these nucleic acid computers, the protocol managed to produce a diverse set of structures and sequences based on the design constraints.
LY wrote the protocol, managed the literature searches, undertook the experiment operation and statistical analysis.
KC conceived the protocol, managed data collection and revised the manuscript.
MØ wrote the protocol, managed the literature searches, helped interpret the data and revised the current manuscript critically.
YC Tsai designed the study, wrote the protocol, managed the literature searches, data acquisition and analysis, and wrote the manuscript.
Even with very small arrival rates, no protocol manages to deliver all packets within the TTL.
Simulation results show that the proposed protocol manages efficient bandwidth utilization, especially under high load.
Whereas the performance of AODV is reduced significantly as the mobility of jammers increases, the IAMP and AOMDV protocol manages to maintain a good level of performance by finding backup paths.
