A Mobile Computing Framework for Pervasive Adaptive Platforms

A Network Service Framework for Mobile Pervasive Computing

In this paper, we propose a framework for wireless/mobile pervasive computing to augment capabilities and to save scanty resources of mobile host by making full use of available resources in the surrounding. Firstly, a mobile device finds and utilizes the cheap computer as a surrogate to forward the service requests. Secondly, after the surrogate discovers the services, it will filter, synthesi...

A Framework for Self-adaptive Collaborative Computing on Reconfigurable Platforms

As the number and complexity of computing devices in the environment around us increases, it is interesting to see how we could exploit that and glue them together to create larger co-operative distributed systems. This paper describes a framework for dynamically aggregating and configuring processing resources in order to meet local requirements and constraints. The capability of this framewor...

An Adaptive Sensor Mining Framework for Pervasive Computing Applications

Analyzing sensor data in pervasive computing applications brings unique challenges to the KDD community. The challenge is heightened when the underlying data source is dynamic and the patterns change. We introduce a new adaptive mining framework that detects patterns in sensor data, and more importantly, adapts to the changes in the underlying model. In our framework, the frequent and periodic ...

Pervasive Adaptation for Mobile Computing

Mobile Computing platforms such as mobile phones, PDAs or wearable computers operate in a much more volatile and limited environment than their stationary counterparts. Such platforms are inherently resource poor and subject to highly changeable resource availability. Applications for Mobile Computing require adaptation for best performance under such variable conditions, to make best use of av...

A design framework for pervasive computing systems