3rd International Conference of Security in Pervasive Computing, SPC 2006

3rd International Conference of Security in Pervasive Computing, SPC 2006

am 30.01.2006 12:19:01 von philb328

== Apologies if you receive duplicate copies of this call ==

The 3rd International Conference of Security in Pervasive Computing,
SPC 2006, will be held in York, England, on 19th and 20th April 2006.

More details are posted at
http://www.cs.york.ac.uk/security/spc-2006.html

The security of pervasive computing is a critically important area for
commerce, the public sector, academia and the individual
citizen. Although pervasive computing presents exciting enabling
opportunities, the benefits will only be reaped if security aspects
can be appropriately addressed. Threats exploiting vulnerabilities of
new kinds of user interfaces, displays, operating systems, networks,
and wireless communications give rise to new concerns about loss of
confidentiality, integrity, privacy, and availability. How can these
risks be reduced to an acceptable level?

The first two International Conferences in Security of Pervasive
Computing, hosted at Boppard on the banks of the Rhine in Germany,
were marked by the very high quality of submissions and debate. SPC
2006 now moves to the historic English city of York, where we hope the
pervasive security community will once again take the area
significantly forward.


Keynote Speaker: Frank Stajano (University of Cambridge, UK)
Security and Usability


Invited Speaker: Howard Chivers (Cranfield University, UK)
Trust without Identification


Accepted papers:

Constant-Round Password-based Group Session-Key Generation for
Multi-layer Ad-hoc Networks
Jin Wook Byun, Su-Mi Lee and Dong Hoon Lee

Enabling Secure Discovery in a Pervasive Environment
Slim Trabelsi, Jean-Christophe Pazzaglia and Yves Roudier

Forward Secure Communication in Wireless Sensor Networks
Sjouke Mauw, Ivo van Vessem, and Bert Bos

Low Rate DoS Attack to Monoprocess Servers
Gabriel Maci=E1 Fern=E1ndez, Jes=FAs E. D=EDaz-Verdejo and Pedro
Garc=EDa-Teodoro

Delegating Secure Logging in Pervasive Computing Systems
Rafael Accorsi and Adolf Hohl

Implementing Minimized Multivariate Public-Key Cryptosystems on
Low-Resource Embedded Systems
Bo-Yin Yang, Chen-Mou Cheng, Bor-Rong Chen and Jiun-Ming Chen

Higher Dependability and Security for Mobile Applications
Hongxia Jin

Tampering with Motes: Real-World Physical Attacks on Wireless Sensor
Networks
Alexander Becher, Zinaida Benenson and Maximillian Dornseif

The Brave New World of Ambient Intelligence: An Analysis of
Scenarios regarding Privacy, Identity and Security Issues
Michael Friedewald, Elena Vildjiounaite, Yves Punie and David
Wright

Profiles and context awareness for mobile users: a middleware
approach supporting personal security
Gerald Eichler and Mattias Will

Privacy Sensitive Location Information Systems in Smart Buildings
Jodie P. Boyer, Kaijun Tan and Carl A. Gunter

Silent Cascade: Enhancing Location Privacy without Communication QoS
Degradation
Leping Huang, Hiroshi Yamane, Kanta Matsuura and Kaoru Sezaki

Securing Information Gateways with Derivation-Constrained Access
Control
Urs Hengartner and Peter Steenkiste

Information Flow Control to Secure Dynamic Web-Service Composition
Dieter Hutter and Melanie Volkamer

Analysing a biometric authentication protocol for 3G mobile systems
using CSP and rank functions
Siraj Ahmed Shaikh and Christos K. Dimitriadis

Attribute-Based Authentication Model for Dynamic Mobile Environments
Michael J. Covington, Manoj R. Sastry, and Deepak J. Manohar


Important dates:

Early registration deadline 15 February 2006
Conference 19 & 20 April 2006


Registration and further information at:

http://www.cs.york.ac.uk/security/spc-2006/Registrationspc-2 006.html


Conference Proceedings:

The technical papers are to be published in the Springer Lecture
Notes on Computer Science (LNCS) series and will be available at the
conference.

If you need further information e-mail to: spc-2006@cs.york.ac.uk.

--
Dr Phil Brooke School of Computing, University of Teesside