Abstract

With the proliferation of modern mobile devices having the capability to interact each other and with the environment in a transparent manner, there is an increase in the development of those applications that are specifically designed for pervasive and ubiquitous environments. Those applications are able to provide a service of interest for the user that depends on context information, such as the user's position, his preferences, the capability of the device and its available resources. Services have to respond in a rational way in many different situations choosing the actions with the best expected result by the user, so making environment not only more connected and efficient, but smarter. Here we present a semantic framework that provides the technology for the development of intelligent, context aware services and their delivery in pervasive and ubiquitous environments.

Highlights

  • WITH the proliferation of modern mobile devices having the capability to interact each other and with the environment in a transparent manner, there is an increase in the development of applications designed for pervasive and ubiquitous environments[14]

  • Context-aware applications are able to provide a service of interest for the user that depends on context information, such as the user's position, his preferences, the ability of the device and its available resources

  • These services have to be able to respond in a rational way in many different situations choosing the actions with the best expected result, so making environment not just more connected and efficient, but smarter

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Summary

INTRODUCTION

WITH the proliferation of modern mobile devices having the capability to interact each other and with the environment in a transparent manner, there is an increase in the development of applications designed for pervasive and ubiquitous environments[14]. Context-aware applications are able to provide a service of interest for the user that depends on context information, such as the user's position, his preferences, the ability of the device and its available resources (memory, cpu, peripherals). These services have to be able to respond in a rational way in many different situations choosing the actions with the best expected result, so making environment not just more connected and efficient, but smarter. We present a semantic framework that provides the technology for the development of intelligent, context aware services and their delivery in pervasive and ubiquitous environments.

RELATED WORK
PROBLEM MODEL
THE FRAMEWORK
CONTEXT AWARE SEMANTIC DISCOVERY
TECHNOLOGICAL IMPLEMENTATION
Ontology
The Client for Mobile Archaeological Guide
VIII. CONCLUSION
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