The increasing composition of mobile devices and mobile applications in the Internet
requires us to revisit the traditional principles of fixed, host-centric communications, when …

Consider Jane, who is using one or more mHealth devices, continuously or periodically
collecting her health-related information into her mobile phone. The phone periodically …

The IP Internet architecture is such that applications must bind fixed IP addresses and ports
before any other operations can be executed. These early bindings cause bottlenecks …

Several existing IP mobility solutions use invasive approaches, when adjustments in legacy
protocols from the TCP/IP stack are necessary, or rely on specific network infrastructures. We …

Current ubiquitous computing technologies provide access to customized, contextual, and
location-based services. Device mobility, however, is frequently associated with …

Several solutions have been proposed for Mobility Management in the Internet, ranging from
the Network to the Application Layer. Existing support for mobility management is designed …

The Session-based IP Mobility Support [1] is a general purpose socket-based API designed
to create mobility-aware applications that do not break with transmission disruptions or …

We devised an architecture, implemented at the application level, to provide support for
mobility with good performance. This paper briefly describes experimental findings on a …

Development of Real-time patient monitoring platforms have been on the rise since the early
2000s. There is tremendous scope for real-time multimedia applications ranging from …

The current Internet architecture requires applications to transparently bind and manage
network addresses and ports. This design creates and exacerbates several problems for the …