Titlebook: Computer Security -- ESORICS 2009; 14th European Sympos Michael Backes,Peng Ning Conference proceedings 2009 Springer-Verlag Berlin Heidelb

拋媚眼

ReFormat: Automatic Reverse Engineering of Encrypted Messagesous methods are all limited in analyzing only plain-text communications wherein the exchanged messages are not encrypted. In this paper, we propose ReFormat, a system that aims at deriving the message format even when the message is encrypted. Our approach is based on the observation that an encrypt

hallow

CIS

Automatically Generating Models for Botnet Detectionat aims to detect bots, independent of any prior information about the command and control channels or propagation vectors, and without requiring multiple infections for correlation. Our system relies on detection models that target the characteristic fact that every bot receives commands from the b

dry-eye

Lineage

The Clinical Application of Homocysteineng techniques to provide robustness. We experimentally validate the effectiveness of our approach by establishing covert channels over on-line gaming traffic. The experimental results show that our covert timing channel can achieve strong robustness and undetectability, by varying the data transmission rate.

供過(guò)于求

按等級(jí)

FLIP

Hide and Seek in Time — Robust Covert Timing Channelsng techniques to provide robustness. We experimentally validate the effectiveness of our approach by establishing covert channels over on-line gaming traffic. The experimental results show that our covert timing channel can achieve strong robustness and undetectability, by varying the data transmission rate.

失望未來(lái)

ReFormat: Automatic Reverse Engineering of Encrypted Messageshe memory locations that contain the decrypted message generated from the first phase and are later accessed in the second phase. We have developed a prototype and evaluated it with several real-world protocols. Our experiments show that ReFormat can accurately identify decrypted message buffers and then reveal the associated message structure.

后來(lái)

0302-9743 urity, information flow, language based security, access control, privacy, distributed systems security, security primitives, web security, cryptography, protocols, and systems security and forensics..978-3-642-04443-4978-3-642-04444-1Series ISSN 0302-9743 Series E-ISSN 1611-3349