A Fuzzy Realistic Mobility Model for VANET
Realistic mobility models can assess more the results more accurate estimate parameters because it is closer to the real world. In this paper a realistic Fuzzy Mobility Model has been proposed. This model has rules which are changeable depending on nodes and environmental conditions. This model is more complete and precise than the other mobility models. After simulation, it was found out that not only considering nodes movement as being imprecise (fuzzy) has a positive effects on most of ad hoc network parameters, but also, more importantly as they are closer to the real world condition, they can have a more positive effect on the implementation of ad hoc network protocols.
Keywords: Mobility Model, Ad hoc Networks, Realistic Mobility Model, Fuzzy Systems, Nodes Signal
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ABOUT THE AUTHORS
Alireza Amirshahi
Alireza Amirshahi is currently Ms student at Islamic Azad University (Arak branch) in Iran. He was born in Kashan at 11 September 1973. He received a Bs in software engineering from the Islamic Azad University (Kashan branch) at 2002. He has taught in the areas of computer architecture and logic circuits and his research interests including computer architecture and Ad hoc networks
Mahmood Fathi
Morteza Romoozi
Mohammad Assarian
Alireza Amirshahi
Alireza Amirshahi is currently Ms student at Islamic Azad University (Arak branch) in Iran. He was born in Kashan at 11 September 1973. He received a Bs in software engineering from the Islamic Azad University (Kashan branch) at 2002. He has taught in the areas of computer architecture and logic circuits and his research interests including computer architecture and Ad hoc networks
Mahmood Fathi
Morteza Romoozi
Mohammad Assarian
