Understanding user mobility is critical for simulations of mobile devices in a wireless
network, but current mobility models often do not reflect real user movements. In this paper …

In this paper we present a trace-driven framework capable of building realistic mobility
models for the simulation studies of mobile systems. With the goal of realism, this framework …

Over the last decades, modeling of user mobility has become increasingly important in
mobile networking research and development. This has led to the adoption of modeling …

Due to the pervasiveness of mobile devices, a vast amount of geolocated data is generated,
which allows us to gain deep insight into human behavior. Among other data sources, the …

Recent studies on mobility modeling have focused on characterizing user mobility from real
traces of wireless LANs (WLANs) and creating mobility models based on such …

The simulation of mobile networks calls for a mobility model to generate the trajectories of
the mobile users (or nodes). It has been shown that the mobility model has a major influence …

Simulating human mobility is important in mobile networks because many mobile devices
are either attached to or controlled by humans and it is very hard to deploy real mobile …

In addition to being realistic, a mobility model should be easy to understand and use.
Unfortunately, most of the simple mobility models proposed thus far are not realistic and …

The movement pattern of mobile users plays an important role in performance analysis of
wireless computer and communication networks. In this paper, we first give an overview and …

Mobility path information of cell phone users play a crucial role in a wide range of cell phone
applications, including context based search and advertising, early warning systems, city …