: J. Kacprzyk, Juan M. Corchado, Dante I. Tapia, José Bravo
: Juan Manuel Corchado Rodríguez, Dante Tapia, Jose Bravo
: 3rd Symposium of Ubiquitous Computing and Ambient Intelligence 2008
: Springer-Verlag
: 9783540858676
: Advances in Intelligent and Soft Computing
: 1
: CHF 165.10
:
: Betriebssysteme, Benutzeroberflächen
: English
: 354
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
The Symposium on Ubiquitous Computing and Ambient Intelligence (UCAmI) began as a workshop held in 2003 in San Sebastián (Spain) under the Spanish Artificial Intelligence Conference. This event gathered 32 attendees and 18 papers were p- sented. The second edition, already as a Symposium, took place in Granada (Spain) under the first Spanish Computer Science Conference (CEDI). Later, in 2006, a s- ond workshop was celebrated in Ciudad Real and, in 2007; the second Symposium was organized in Zaragoza by the CEDI conference. Now we continue to work on the organization of this event in Salamanca, a beautiful Spanish city. The European Community and the Sixth and Seventh Framework Programs - courage researchers to explore the generic scope of the AmI vision. In fact, some researchers have a crucial role in this vision. Emile Aarts from Philips describes - bient Intelligence as 'the integration of technology into our environment, so that p- ple can freely and interactively utilize it'. This idea agrees with the proposal of Mark Weiser regarding the Ubiquitous Computing paradigm.
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Preface6
Organization7
Contents9
A Framework for the Reconfiguration of Ubicomp Systems13
Introduction13
Proposal Overview14
Feature Modeling Technique15
Policy Description16
Driving System Reconfiguration16
Reconfiguration Framework for Ubicomp Systems17
Reconfiguration Strategy18
Related Work20
Conclusions21
References21
HI3 Project: Software Architecture System for Elderly Care in a Retirement Home23
Introduction23
Description of the $HI^3$Architecture25
Application to an Elderly Care Scenario27
Particular Examples29
Conclusions31
References31
An Architecture for Secure Ambient Intelligence Environments33
Introduction33
Related Works34
Serenity, Making Security Expertise Available35
Serenity Run-Time Framework, Providing Security Solutions on the Fly37
S37
3937
Conclusions and Future Works40
References41
An Architecture for Ambient Intelligent Environments42
Introduction42
The ISyRAmI Methodology43
The ISyRAmI Architecture44
Some Examples of AmI Environments47
Conclusions and Further Work49
References49
A Hardware Based Infrastructure for Agent Protection51
Introduction51
State of the Art52
Accessing TPM from Agents53
Secure Migration Library for Agents54
Secure Migration Protocol55
Design and Deployment of the Library56
Underlying Technology: TPM4Java57
Conclusions and Future Work58
References59
Performance Evaluation of J2ME and Symbian Applications in Smart Camera Phones60
Introduction60
Camera Access Performance61
Image File Size62
Processing Speed62
Clock Cycles Estimation63
Measurements64
Discussion of Results64
Conclusions67
References68
Extended Bluetooth Naming for Empowered Presence and Situated Interaction with Public Displays69
Introduction69
Research Goals and Overview70
Related Work70
Instant Places71
The Trial at the Campus Bar73
Usability Interviews75
Conclusions76
References77
Infrastructural Support for Ambient Assisted Living78
Introduction78
Related Work79
A Platform for AAL80
A Middleware for AAL81
Multi-modal Environment Interaction83
Intelligence through Rule-Based Reasoning85
Conclusions and Further Work86
References86
ALZ-MAS 2.0 A Distributed Approach for Alzheimer Health Care
Introduction88
FUSION@, an Alternative for Distributed Multi-agent Systems89
ALZ-MAS 2.091
Results and Conclusions94
References96
Ambient Assisted Living98
Introduction98
Ambient Intelligence99
Business Integration for Healthcare99
OSGi100
Multi-agent Systems and OSGi101
OSGi Locally102
OSGi Remotely103
Conclusion105
References106
Quality of Service in Wireless e-Emergency: Main Issues and a Case-Study107
Introduction107
Vital Signal Monitoring108
QoS Needs in e-Health108
Case-Study110
Conclusions113
References114
Sentient Displays in Support of Hospital Work115
Introduction115
Sentient Displays: Augmenting Natural Objects with Ambient Displays and Sentient Technologies