Abstract

Over the last years, technology evolution is leading the way towards autonomous, ubiquitous and widespread interactions among small computing devices. To this aim, communication technologies that support dynamicity and mobility and work on inexpensive small devices have attracted much attention. The Bluetooth speci?cation particularly ?ts this idea, providing a free, versatile, and ?exible wireless network technology with low power consumption. On the other hand, as the degree of penetration of computational services has increased in everyday life, users’ habits have deeply changed, resulting into an increasing request for mobile and ubiquitous services. In a few years, most of the devices accessing the web services will be mobile. Therefore, we need solutions that encompass networking and application issues involved in realizing mobile and ubiquitous access to the services. In this paper, we analyze how Bluetooth can be used to design, develop, and deploy Web Services-based applications that run on mobile devices. We propose and evaluate a framework that allows the interaction with Web Services from mobile devices using Bluetooth as communication channel.

Highlights

  • We analyze how Bluetooth can be used to design, develop, and deploy Web Services-based applications that run on mobile devices

  • We propose and evaluate a framework that allows the interaction with Web Services from mobile devices using Bluetooth as communication channel

  • Our performance evaluations confirm the real applicability and lightness of the framework showing that Bluetooth is well suited to be the transport layer for Web Services accessing from wireless devices

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Summary

Introduction

We analyze how Bluetooth can be used to design, develop, and deploy Web Services-based applications that run on mobile devices. We propose and evaluate a solution that allows the interaction with Web Services from mobile devices using Bluetooth as communication channel. We designed a framework in such a way that, for a programmer, it will be very simple to port a Web Services-client application from a desktop environment (Axis Client API-based) to a mobile Bluetooth-enabled device. Our performance evaluations confirm the real applicability and lightness of the framework showing that Bluetooth is well suited to be the transport layer for Web Services accessing from wireless devices.

Endorsed Technologies
The Bluetooth Wireless Technology
JSR-82
Architecture Overview
Design Choices
The WSBT Framework
BlueCove-Based Implementation
JBlueZen
JBlueZen-Based Implementation
Performance Evaluation
Transmission Times
Serialization-Deserialization
Discovery
Findings
Conclusions
Full Text
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