<P><FONT face=Tahoma color=#333333 size=2>The rapid research and technological advances in wireless communications and increasing availability of sensors, actuators, and mobile devices have created an exciting new ubiquitous computing paradigm that facilitates computing and communication services all the time, everywhere. This emerging paradigm is changing the way we live and work today. Via a ubiquitous infrastructure consisting of a variety of global and localized networks, users, sensors, devices, systems and applications may seamlessly interact with each other and even the physical world in unprecedented ways. To realize this continually evolving ubiquitous computing paradigm,trustworthy computing that delivers secure, private, and reliable computing and communication services plays an essential role.</FONT></P> <P> <B>Keywords:</B></P> <P><FONT face=Tahoma color=#333333 size=2>• Applications (novel use cases, deployment experience)<BR>• Algorithms and Protocols (topology, coverage, routing, distributed coordination)<BR>• Data Management and Processing (gathering, storage, fusion, dissemination)<BR>• Deployment, Testing, and Debugging<BR>• Design and Programming Methodologies<BR>• Energy management<BR>• Embedded processors, sensors, and actuators<BR>• Management aspects (configuration, adaptation, healing)<BR>• Mobility, Location, and Context<BR>• Modeling and Performance Evaluation (simulation, complexity analysis, user studies)<BR>• Networking Technologies (ad hoc networks, personal area networks)<BR>• Operating Systems and Middleware<BR>• Privacy<BR>• Protocol Design, Modeling, and Implementation Experiences<BR>• QoS aspects<BR>• Reliability<BR>• Security (authentication, access control, intrusion detection and tolerance)<BR>• Social Issues<BR>• System and Network Architectures<BR>• Trust (establishment, negotiation, management)<BR>• User Interface Technologies</FONT> </P>
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SUTC
City
Taichung
Country
Taiwan
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Abstract