Add to ORKGIn this paper, we analyze the mobility patterns of users of wireless handheld PDAs in a campus wireless network using an 11 week trace of wireless network activity. Our study has three goals. First, we characterize the high-level mobility and access patterns of handheld PDA users and compare these characteristics to previous workload mobility studies focused on laptop users. Second, we develop two wireless network topology models for use in wireless mobility studies: an "evolutionary topology model" based on user proximity and a "campus waypoint" model that serves as a trace-based complement to the random waypoint model. Finally, we use our wireless network topology models as a case study to evaluate ad-hoc routing algorithms on the netw...
Abstract — Wireless Local Area Networks are important and necessary in university campuses and large...
Wireless Local Area Networks (WLANs) are now commonplace on many academic and corporate campuses. As...
The emergence of smartphones with Wireless LAN (WiFi) network interfaces brought new challenges to a...
Abstract — In this paper, we analyze a year long wireless network users ’ mobility trace data collec...
Modeling movements of users is important for simulating wireless networks, but current models often ...
Understanding user mobility and its effect on access points (APs) is important in designing location...
n this work we study mobile wireless networks by looking at mobility management and analysis of huma...
Modeling movements of users is important for simulating wireless networks, but current models often ...
Wireless local-area networks are becoming increasingly popular. They are commonplace on university c...
Smartphones, portable music players, and other handheld devices have become a major computing platfo...
There is increasing interest in location-aware systems and applications. It is important for any des...
In the last 10 years, new paradigms for wireless networks based on human mobility have gained the at...
Abstract — Understanding user mobility is critical for simula-tions of mobile devices in a wireless ...
Wireless Local Area Networks (WLANs) are now commonplace on many academic and corporate campuses. As...
We derive an empirical model for spatial registration patterns of mobile users as they move within a...
Abstract — Wireless Local Area Networks are important and necessary in university campuses and large...
Wireless Local Area Networks (WLANs) are now commonplace on many academic and corporate campuses. As...
The emergence of smartphones with Wireless LAN (WiFi) network interfaces brought new challenges to a...
Abstract — In this paper, we analyze a year long wireless network users ’ mobility trace data collec...
Modeling movements of users is important for simulating wireless networks, but current models often ...
Understanding user mobility and its effect on access points (APs) is important in designing location...
n this work we study mobile wireless networks by looking at mobility management and analysis of huma...
Modeling movements of users is important for simulating wireless networks, but current models often ...
Wireless local-area networks are becoming increasingly popular. They are commonplace on university c...
Smartphones, portable music players, and other handheld devices have become a major computing platfo...
There is increasing interest in location-aware systems and applications. It is important for any des...
In the last 10 years, new paradigms for wireless networks based on human mobility have gained the at...
Abstract — Understanding user mobility is critical for simula-tions of mobile devices in a wireless ...
Wireless Local Area Networks (WLANs) are now commonplace on many academic and corporate campuses. As...
We derive an empirical model for spatial registration patterns of mobile users as they move within a...
Abstract — Wireless Local Area Networks are important and necessary in university campuses and large...
Wireless Local Area Networks (WLANs) are now commonplace on many academic and corporate campuses. As...
The emergence of smartphones with Wireless LAN (WiFi) network interfaces brought new challenges to a...