Human mobility often needs to be simulated in order to evaluate various designs in
transportation and urban planning. Our target application is the design and evaluation of …

Ad hoc networks of wireless devices carried by entertainment park visitors can support a
variety of services. In such networks, communication links between the devices sporadically …

Realistic human mobility modeling is critical for accurate performance evaluation of mobile
wireless networks. Movements of visitors in theme parks affect the performance of systems …

Mobility of users significantly impacts performance of a mobile ad-hoc network. Most existing
simulation tools offer only a few random mobility models, which poorly reflect user …

Mobility modeling is important in wireless and mobile networking research due to the fact
that few real large scale networks is available for performance evaluation. While existing …

Realistic modeling of the movement of people in an environment is critical for evaluating the
performance of mobile wireless systems such as urban sensing or mobile sensor networks …

Multiple wireless devices jointly create and maintain ad hoc networks; their employment is
favored to happen in a variety of environments with distinct topological characteristics …

We quantitatively analyze the differences between a realistic mobility model, TRANSIMS,
and several synthetic mobility models. New synthetic models were created by modifying the …

In this paper, we propose a scenario-specific human mobility model (TP-D) in theme parks.
We focus on the disaster scenarios which have significant differences compared to the …

Realistic simulation scenarios are critical to correctly assess the performance of mobile ad
hoc networks. This paper presents a tool to generate realistic mobility traces for MANET …