| ID |
Title |
| 2 |
Sybil Attack Detection in a Hierarchical Sensor Network |
| 14 |
Detecting Bogus BGP Route Information: Going Beyond Prefix Hijacking |
| 15 |
Intrusion Detection Technology Based on CEGA-SVM |
| 16 |
Securing Personal Network clusters |
| 17 |
Simple Cross-Site Attack Prevention |
| 18 |
Mitigating Denial-of-Service Attacks in MANET by Distributed Packet Filtering: A Game-theoretic Approach |
| 28 |
Securing Pseudo Identities in an Anonymous Peer-to-Peer File-Sharing Network |
| 29 |
Implications of Radio Fingerprinting on the Security of Sensor Networks |
| 38 |
Misleading and Defeating Importance-Scanning Malware Propagation |
| 44 |
Efficient Mechanisms to Provide Convoy Member and Vehicle Sequence Authentication in VANETs |
| 51 |
SET: Detecting node clones in Sensor Networks |
| 54 |
A BitTorrent-Driven Distributed Denial-of-Service Attack |
| 55 |
Self-Healing Wireless Sensor Networks |
| 58 |
Enhancing Frequency-based Wormhole Attack Detection with Novel Jitter Waveforms |
| 59 |
Global Interoperability of National Security and Emergency Preparedness (NS/EP) Telecommunications Services |
| 64 |
Anonymity and Security in Delay Tolerant Networks |
| 65 |
Secure Crash Reporting in Vehicular Ad hoc Networks |
| 71 |
Simple Authentication for the Web |
| 80 |
An Assessment of VoIP Covert Channel Threats |
| 82 |
PWC: A Proactive Worm Containment Solution for Enterprise Networks |
| 83 |
A Feedback Reputation Mechanism to Secure the Optimized Link State Routing Protocol |
| 85 |
Deception Framework for Sensor Networks |
| 88 |
Securing network location awareness with authenticated DHCP |
| 91 |
Secure Lightweight Tunnel for Monitoring Transport Containers |
| 93 |
Modeling and Detection of Complex Attacks |
| 94 |
Using Reoccuring Costs for Reputation Management in Peer-To-Peer Streaming Systems |
| 96 |
Breaking EMAP |
| 101 |
A Layout-Similarity-Based Approach for Detecting Phishing Pages |
| 104 |
Parameterizing Access Control for Heterogeneous Peer-to-Peer Applications |
| 120 |
OpenFire: Using Deception to Reduce Network Attacks |
| 123 |
Detecting Worms via Mining Dynamic Program Execution |
