The demand for mobility modeling and performance evaluation has been dramatically increasing in the areas of vehicular, autonomous,
and cognitive communications. Especially, mobile protocols and mobility service used in such areas have posed various challenges
to the academic and industry. These challenges require effective mobility modeling methods to obtain precise performance evaluation
results that allow to design new mobile protocols, mobility service, and robust solutions. Research results in mathematical, simulation,
and experience on mobility modeling and performance evaluation studies are welcome. The purpose of MoMoPE is to bring together
the academic and industry working on different aspects related to mobile computing in efforts to highlight the state-of-art research on
mobility modeling and performance, exchange ideas, and explore new research directions. Mobility modeling and performance evaluation
studies in the following topics are welcome (but are not limited to):
- Performance modeling of sensor mobility in wireless/mobile networks
- Performance modeling of human mobility in wireless/mobile networks
- Performance modeling of vehicular mobility in wireless/mobile networks
- Performance modeling of mobility protocols used in wireless/mobile networks
- Performance modeling of location management and handover used in wireless/mobile networks
- Performance modeling of bandwidth allocation and resource scheduler used in wireless/mobile networks
- Performance modeling of security protocol and access control management used in wireless/mobile networks