Security in RFID and Sensor Networks | by Yan Zhang and Paris Kitsos (eds) | 2009 | ISBN: 9781420068399. Multi-Tag RFID Systems. How to Attack RFID Systems. RFID Relay Attacks Implementation. Designing Secure Wireless Embedded Systems. Security Schemes Against Jamming in Wireless Sensor Networks | KuTenk.Business Success Center.Life Success Coach.Career Success Resources.Cheap Bargain Discount Bookstores.Engineering Books.Management Books.Business Books.Computer Books.

Security in RFID and Sensor Networks | by Yan Zhang and Paris Kitsos (eds) | 2009 | ISBN: 9781420068399. Multi-Tag RFID Systems. How to Attack RFID Systems. RFID Relay Attacks Implementation. Designing Secure Wireless Embedded Systems. Security Schemes Against Jamming in Wireless Sensor Networks

March 14th, 2010 | by kutenk |

Security in RFID and Sensor Networks

by Yan Zhang and Paris Kitsos (eds)
2009 (554 pages)
ISBN:9781420068399

Offering a comprehensive discussion on the security challenges and solutions in RFID, WSNs, and integrated RFID & WSNs, this book provides an essential reference for those who regularly interface with these versatile technologies.

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Security in RFID and Sensor Networks

Part I – Security in RFID
Chapter 1 – Multi-Tag RFID Systems
1.1: Introduction
1.2: Multi-Tag Approach
1.3: Experimental Equipment and Setup
1.4: Experimental Results
1.5: Importance of Tag Orientation
1.6: Controlling Experimental Variables
1.7: Object Detection in the Presence of Metals and Liquids
1.8: Effect of Object Quantity on Detection
1.9: Effect of Multi-Tags on Anticollision Algorithms
1.10: Multi-Tags as Security Enhancers
1.11: Applications of Multi-Tags
1.12: Economics of Multi-Tags
1.13: Conclusion
Acknowledgment
References

Chapter 2 – Attacking RFID Systems
2.1: Introduction
2.2: Main Security Concerns
2.3: Tags and Readers
2.4: Back-End Database
References

Chapter 3 – RFID Relay Attacks: System Analysis, Modeling, and Implementation
Overview
3.1: Introduction
3.2: Common Attacks on RFID Devices
3.3: RFID System Model
3.4: System Architecture
3.5: System Delay
3.6: Relay Attack Implementation
3.7: System Security
3.8: Conclusions
Appendix
References

Chapter 4 – Physical Privacy and Security in RFID Systems
Overview
4.1: Introduction
4.2: Physical Unclonable Functions
4.3: Hardware-Tampering Models for RFID Privacy
4.4: PUF-Based Tag-Identification Algorithm
4.5: PUF-Based MAC Algorithms
4.6: Comparing PUF with Digital Hash Functions
4.7: Building PUFs
4.8: Future Research
4.9: Conclusion
Acknowledgment
References

Chapter 5 – Authentication Protocols in RFID Systems
Overview
5.1: Security Premises
5.2: RFID System Components
5.3: Overview of RFID Authentication Protocols
5.4: Security Schemes
5.5: Open Issues
5.6: Conclusion
References

Chapter 6 – Lightweight Cryptography for Low-Cost RFID Tags
6.1: Introduction
6.2: Cryptographic Primitives
6.3: Lightweight Protocols
6.4: Conclusions
Appendix A: TAV-128
Appendix B: Lamed
References

Chapter 7 – Distance-Bounding Protocols for RFID
Overview
7.1: Introduction
7.2: From Identification to Authentication
7.3: Attacks Related to Location
7.4: Distance-Bounding Protocols
7.5: Timing-Based Protocols
7.6: Conclusions
References

Chapter 8 – Secure Proximity Identification for RFID
8.1: Introduction
8.2: Relay Attacks
8.3: Distance Bounding
8.4: Distance-Bounding Channels
8.5: Research Directions and Future Work
References

Chapter 9 – Public Key in RFIDs: Appeal for Asymmetry
9.1: Introduction
9.2: Public-Key Fundamentals
9.3: RFID Scenario
9.4: RSA-Like Cryptography
9.5: Elliptic Curve Cryptography
9.6: ElGamal Cryptography
9.7: NTRU Cryptography
9.8: Approaches Discussion and Conclusions
References

Chapter 10 – Scalable RFID Privacy Protecting Schemes
Overview
10.1: Introduction
10.2: Privacy Protecting Schemes and Scalability Issues
10.3: Protocol Approach
10.4: Architecture Approach
10.5: Conclusion
10.6: Further Information
References

Chapter 11 – A Secure RFID Access Control Mechanism
11.1: Introduction
11.2: Related Works
11.3: System Models
11.4: User Identity Authentication Service
11.5: Data Access Control Service
11.6: Access Policy Enforcement Service
11.7: Evaluation and Analysis
11.8: Conclusion and Future Work
References

Chapter 12 – Threat Modeling in EPC-Based Information Sharing Networks
12.1: Introduction
12.2: Related Work
12.3: Threat Model Overview
12.4: Attacker Perspective
12.5: Application Guidelines
12.6: Discussion
12.7: Conclusion
References

Chapter 13 – RFID-Based Secure DVD Content Distribution
13.1: Introduction
13.2: DRM Systems for DVD Content
13.3: DVD Content Protection Combined with RFID
13.4: Secure DVD Distribution Based on RFID and Digital Fingerprinting
13.5: Example for MPEG2 Content Distribution
13.6: Open Issues
13.7: Conclusions
References

Part II – Security in Wireless Sensor Networks
Chapter 14 – A Survey on Security in Wireless Sensor Networks
14.1: Introduction
14.2: Security Threats in WSNs
14.3: Countermeasures
14.4: Conclusion
References

Chapter 15 – Intrusion Detection in Wireless Sensor Networks
15.1: Introduction
15.2: Designing an IDS for Sensor Networks
15.3: Watchdog Approach
15.4: Existing Approaches
15.5: Requirements of IDS for WSN
15.6: Distributed IDS for Sensor Networks
15.7: Detecting Attacks
15.8: Implementation of IDS in Tinyos
15.9: Conclusions
References

Chapter 16 – Key Establishment in Wireless Sensor Networks
Overview
16.1: Introduction
16.2: Preliminaries of Elliptic Curve Theory
16.3: Burmester—Desmedt Protocol
16.4: Group Diffie—Hellman Protocols
16.5: Tree-Based Group Diffie—Hellman (TGDH) Protocol
16.6: Distributed Sequential Traversal Protocol
16.7: Random Traversal Protocol
16.8: Algorithmic Engineering
16.9: Conclusions and Open Issues
References

Chapter 17 – Malicious Node Detection in Wireless Sensor Networks
17.1: Introduction
17.2: Byzantine General Problem: Who is the Traitor?
17.3: Trust Node-Based Solution
17.4: LAD: Localization Anomaly Detection
17.5: Signal Strength-Based Solution
17.6: WTE: Weighted Trust Evaluation
17.7: Summary
References

Chapter 18 – Jamming in Wireless Sensor Networks
18.1: Introduction
18.2: Communication in WSNs
18.3: Vulnerabilities of Today WSNs that Make them Susceptible to Jamming
18.4: Definition of Jamming, Jamming Techniques, and Types of Jammers
18.5: Countermeasures Against Jamming
18.6: Proposed Security Schemes Against Jamming in WSNs
18.7: Comparison of Antijamming Approaches
18.8: Open Research Issues
18.9: Conclusion
References

Chapter 19 – Concealed Data Aggregation for Wireless Sensor Networks
19.1: Introduction
19.2: Data Aggregation
19.3: Security Models for Secure Data Aggregation
19.4: Notations
19.5: CDA Security Model
19.6: AMAC Security Model
19.7: Constructions of CDA
19.8: Providing Aggregate Integrity
19.9: Conclusions
References

Chapter 20 – Message Authentication in Surveillance Networks
20.1: Introduction
20.2: Wireless Sensor Networks
20.3: Target-Tracking Methods
20.4: Security in WSN for Surveillance
20.5: Survey of Message Authentication Protocols
20.6: Conclusion
Acknowledgments
References

Chapter 21 – A Broadcasting Authentication Protocol with DoS and Fault Tolerance for Wireless Ad Hoc Networks
21.1: Introduction
21.2: Proposed Authentication Protocol
21.3: Security Analysis
21.4: Performance Analysis
21.5: Conclusion
References

Part III – Security in Integerated RFID and WSN
Chapter 22 – Threats and Vulnerabilities of RFID and Beyond
Overview
22.1: Introduction
22.2: Threats and Their Security and Privacy Consequences
22.3: Case Studies
22.4: Beyond RFID: NFC
22.5: Conclusions and Open Issues
References

Chapter 23 – Finite Field Arithmetic for RFID and Sensor Networks
Overview
23.1: Introduction
23.2: Mathematical Background
23.3: Binary Finite Field Arithmetic
23.4: Conclusions
References

Chapter 24 – Designing Secure Wireless Embedded Systems
24.1: Introduction
24.2: RFID Systems
24.3: Security of Wireless Sensor Networks
24.4: Vulnerabilities of Wireless Embedded Systems and Defenses
24.5: Component Selection for Secure Wireless Embedded Systems
24.6: Lightweight Authentication and Encryption Algorithms
24.7: Conclusion
References

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