Mobile and Wireless Networks Security 1st Edition by Maryline Laurent Maknavicius, Hakima Chaouchi 9812833250 9789812833259

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ISBN 10: 9812833250

ISBN 13: 9789812833259

Author: Maryline Laurent-Maknavicius; Hakima Chaouchi 

Wireless and mobile networks have undergone a tremendous evolution since their start. This was mainly motivated by the need for connectivity everywhere, as exemplified by the philosophy of “always on” access. Mobile telephony was the first need felt by users, followed by the need for mobile Internet applications. Mobile telecommunications networks were the first concretization of mobile telephony, followed by a set of wireless technologies with or without embedded mobility and with or without infrastructure. Obviously, this large deployment of services over mobile and wireless networks is not easy from a network security point of view. This book presents selected up-to-date research on security in wireless and mobile environments, mainly WiFi and self-organized networks such as ad-hoc networks. The selected research work was peer-reviewed and presented at the Mobile and Wireless Networks Security (MWNS) 2008 Workshop in Singapore.

Mobile and Wireless Networks Security 1st Table of contents:

1. Introduction

2. AAA in ad hoc networks

2.1. AAA systems

3. Related work: AAA architecture over infrastructure based ad hoc networks

4. A proposed AAA architecture over infrastrureless/standalone ad hoc network

5. Conclusion

References

TCA: Topology Change Attack in Peer-to-Peer Networks Mahdi Abdelouahab, Hani Ragab Hassen, Abdelmadj

1. Introduction

2. P2P Attacks

2.1. P2P Worms

2.2. The Sybil Attack

2.3. The Eclipse Attack

2.4. Malwares

2.5. Poisoning files

3. Topology Change Attacks Scenarios

3.1. Using server-list priority change

3.2. Using server-list alteration

3.3. Using modification of Server-List filter

4. Topology Change Attack Cases

4.1. Topology change attack by redirecting signal flow

4.2. Topology change attack by redirecting downloading flow

4.3. Topology change attack by redirecting signalling and downloading flows

5. Conclusion

References

Device Pairing using Unidirectional Physical Channels Nitesh Saxena and Md. Borhan Uddin

1. Introduction

2. Related Work

3. Communication and Security Model, and Applicable Protocols

4. Pairing with a Unidirectional OOB Channel

4.1. Encoding using LEDs

4.2. Decoding using a Video Camera

4.2.1. Detection of LEDs and Retrieval of SAS data from Video Frames

4.3. Experimental Setup

4.4. Experiment Results

4.5. Other Applications of Our Implementation

5. Conclusion

References

An Industrial and Academic Joint Experiment on Automated Verification of a Security Protocol Olivier

1. Introduction

2. About automated protocol verification

2.1. Verification of Diffie-Hellman

2.2. Verification tools

3. Brief description of LCDP

3.1. Symmetric key authentication

3.2. LCDP details

3.3. Putting it altogether

4. Verification of LCDP

4.1. Formal specification of LCDP

4.2. Verifications using AVISPA and SPAN

5. Conclusion

References

A Performance-Based Approach to Selecting a Secure Service Discovery Architecture Slim Trabelsi, Gui

1. Introduction

2. Secure Service Discovery Models

2.1. Centralized Discovery Model

2.2. Decentralized Discovery Model

3. Matching Probabilities

4. Performance Analysis

4.1. System Setup

4.2. Rejection Rate

4.3. Average Number of Users in the System

4.4. Service Time Duration of a Request in the System

4.5. Summary

5. Conclusion

References

A Solution for Defending against Denial of Service Attack on Wireless LAN Dinh-Thuc Nguyen, Ngoc-Bao

1. Introduction

2. Letter-envelope protocol

3. Proposed Solution

3.1. Association

3.2. Disassociation

4. Implementation and Evaluation

5. Conclusion

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