Statistical Decision Making for Authentication and Intrusion Detection

10/05/2009
by   Christos Dimitrakakis, et al.
0

User authentication and intrusion detection differ from standard classification problems in that while we have data generated from legitimate users, impostor or intrusion data is scarce or non-existent. We review existing techniques for dealing with this problem and propose a novel alternative based on a principled statistical decision-making view point. We examine the technique on a toy problem and validate it on complex real-world data from an RFID based access control system. The results indicate that it can significantly outperform the classical world model approach. The method could be more generally useful in other decision-making scenarios where there is a lack of adversary data.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
10/25/2021

Orthogonal variance-based feature selection for intrusion detection systems

In this paper, we apply a fusion machine learning method to construct an...
research
01/04/2018

Learning automata based SVM for intrusion detection

As an indispensable defensive measure of network security, the intrusion...
research
07/13/2008

Intrusion Detection Using Cost-Sensitive Classification

Intrusion Detection is an invaluable part of computer networks defense. ...
research
07/08/2020

NERD: Neural Network for Edict of Risky Data Streams

Cyber incidents can have a wide range of cause from a simple connection ...
research
11/25/2019

CANTO – Covert AutheNtication with Timing channels over Optimized traffic flows for CAN

Previous research works have endorsed the use of delays and clock skews ...
research
09/24/2017

Intrusions in Marked Renewal Processes

We present a probabilistic model of an intrusion in a marked renewal pro...
research
03/27/2020

Hardware Fingerprinting for the ARINC 429 Avionic Bus

ARINC 429 is the most common data bus in use today in civil avionics. Ho...

Please sign up or login with your details

Forgot password? Click here to reset