Disney Research Studios

A novel approach for pairing RFID-enabled devices is introduced and evaluated in this work.

Delay-tolerant networks can complement cellular networks to address today's growth in demand for wireless data. We are interested in delay-tolerant networks for reaching out into underserved regions in growing economies, when distributing media and videos from cities to rural areas.

We implement CAESAR on commodity hardware and conduct extensive experiments both in controlled network conditions and dynamic radio environments.

In this work we examine a software module that helps network operators to prevent third parties from aggregating wireless base station identifiers by making the identifiers dynamic.

In ad hoc networks without static nodes that could be used as reference points, mobile handhelds must rely on their GPS receivers to enable location-aware services.

This paper describes and evaluates the feasibility of a WLAN system operating in paired spectrum with a proof of concept implementation.

We investigate a contention-based 802.11-like protocol for paired spectrum.

In this paper, we study the mobility of visitors based on GPS traces collected in two entertainment parks.

In this paper, we study the mobility of visitors based on GPS traces collected in an entertainment theme park.