Use this resource - and many more! - in your textbook!
AcademicPub holds over eight million pieces of educational content for you to mix-and-match your way.

Context-Aware Middleware Support for the Nomadic Mobile Services on Multi-homed Handheld Mobile Devices
By: Pawar, P.; van Halteren, A.; Peddemors, A.; van Beijnum, B.-J.;
2007 / IEEE / 978-1-4244-1520-5
Description
This item was taken from the IEEE Conference ' Context-Aware Middleware Support for the Nomadic Mobile Services on Multi-homed Handheld Mobile Devices ' Nowadays, a variety of handheld mobile devices are capable of connecting to the Internet using multiple network interfaces. This is referred to as multi-homing. In addition to this, enriched computation resources allow them to host nomadic mobile services and provide these services to the clients located anywhere in the Internet. Potential advantages of multi-homing for nomadic mobile services typically includes: an increased service availability and improved service performance. However, applications running on the handheld mobile devices either do not, or cannot, exploit multi-homing. In this paper we address the problem of providing infrastructural support to the nomadic mobile services that can fully exploit multi-homing. To this end we propose to incorporate multi-homing functionality and support in a middleware layer to reduce the complexity of the design and maintenance of these services. The proposed solution uses a context-aware computing approach to realize this functionality. We report the initial experimental results in the remote telemonitoring of a patient equipped with a Body Area Network.
Related Topics
Mobile Radio
Body Area Network
Context-aware Middleware Support
Nomadic Mobile Service
Multihomed Handheld Mobile Device
Multiple Network Interface
Context-aware Computing Approach
Remote Patient Tele-monitoring
Context-aware Services
Middleware
Ip Networks
Body Area Networks
Mobile Communication
Context
Network Interfaces
Web And Internet Services
Availability
Service Oriented Architecture
Mobile Computing
Middleware
Internet
Network Interfaces
Engineering
Internet