Security for Ubiquitous Computing
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- Wiley
More About This Title Security for Ubiquitous Computing
English
* Ubiquitous computing refers to computers embedded in everyday devices communicating with each other over ad-hoc wireless networks
* Focuses on two very hot topics: ad-hoc wireless networking and security
* Covers security issues for well-established and widely used technologies such as GSM, Bluetooth, and IP
* Presents a framework to make sense of the many and varied issues at stake, a taxonomy of the major problems and in-depth discussion of some specific, cutting-edge solutions
* Includes a primer on security and the basics of cryptography
* Describes the security issues in "peer-to-peer networking," a new technology that is gaining prominence in the media with applications such as Napster and ICQ Chat
* Focuses on two very hot topics: ad-hoc wireless networking and security
* Covers security issues for well-established and widely used technologies such as GSM, Bluetooth, and IP
* Presents a framework to make sense of the many and varied issues at stake, a taxonomy of the major problems and in-depth discussion of some specific, cutting-edge solutions
* Includes a primer on security and the basics of cryptography
* Describes the security issues in "peer-to-peer networking," a new technology that is gaining prominence in the media with applications such as Napster and ICQ Chat
English
Frank Stajano is the author of Security for Ubiquitous Computing , published by Wiley.
English
About the Author.
Forward.
Preface.
Acknowledgements.
Contact Information.
1. Introduction.
Scenario.
Essential terminology.
Problems.
Notation.
2. Ubiquitous computing.
Xerox PARC.
Norman's Invisible Computer.
MIT.
HP's Cooltown.
ORL/AT&T Labs Cambridge.
Security issues.
3. Computer security.
Confidentiality.
Integrity.
Availability.
Authentication.
Security policies.
4. Authentication.
New preconditions.
The Resurrecting Duckling security policy model.
The many ways of being a master.
5. Confidentiality.
Cryptographic primitives for peanut processors.
Personal privacy.
6. Integrity.
Message integrity.
Device integrity.
7. Availability.
Threats to the communications channel.
Threats to the battery energy.
Threats from mobile code.
8. Anonymity.
The Cocaine Auction Protocol.
The anonymity layer.
9. Conclusions.
Appendix A: A Short Primer on Functions.
Appendix B: Existing Network Security Solutions.
Annotated bibliography.
Index.
Forward.
Preface.
Acknowledgements.
Contact Information.
1. Introduction.
Scenario.
Essential terminology.
Problems.
Notation.
2. Ubiquitous computing.
Xerox PARC.
Norman's Invisible Computer.
MIT.
HP's Cooltown.
ORL/AT&T Labs Cambridge.
Security issues.
3. Computer security.
Confidentiality.
Integrity.
Availability.
Authentication.
Security policies.
4. Authentication.
New preconditions.
The Resurrecting Duckling security policy model.
The many ways of being a master.
5. Confidentiality.
Cryptographic primitives for peanut processors.
Personal privacy.
6. Integrity.
Message integrity.
Device integrity.
7. Availability.
Threats to the communications channel.
Threats to the battery energy.
Threats from mobile code.
8. Anonymity.
The Cocaine Auction Protocol.
The anonymity layer.
9. Conclusions.
Appendix A: A Short Primer on Functions.
Appendix B: Existing Network Security Solutions.
Annotated bibliography.
Index.
English
"...a remarkably readable introduction to the topic...rich in background material." (IEEE Network, New Books & Multimedia Column, November 2002)
