The proliferation of smart-phones has been simply unprecedented. Unlike laptops, smart-
phones have a much smaller form factor, are ultra mobile, include a rich set of sensors (eg …

The proliferation of smart-phones has been simply unprecedented. Unlike laptops, smart-
phones have a much smaller form factor, are ultra mobile, include a rich set of sensors (eg …

Realistic modeling of user mobility is one of the most critical research areas in wireless
networks. Currently, several mobility models are proposed based on the analysis of real …

How can we obtain realistic mobility models? This has been a question that many
researchers have attempted to answer, mostly by analyzing existing WLAN traces. But in the …

Modeling movements of users is important for simulating wireless networks, but current
models often do not reflect real movements. Using real mobility traces, we can build a …

Wireless LAN (WLAN) traces are an important source of information that allows researchers
to understand real life human behavior by giving insight of the WLAN usage pattern of users …

Mobility and network traffic have been traditionally studied separately. Their interaction is
vital for generations of future mobile services and effective caching, but has not been studied …

The understanding of human mobility patterns is key for the development and evaluation of
ubiquitous applications. To overcome the scarcity and difficulties in capturing mobility data …

With the proliferation of numerous light weight devices along with the widespread use of
Wireless Local Area Networks (WLANs) in many public places, we are now connected on …

Understanding the user mobility is essential to resource optimization and algorithm
evaluation in mobile networks, such as network planning, content distribution, and …