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Title |
STRUCTURE AND OPERATION PRINCIPLE OF THE HARDWARE
AND SOFTWARE COMPLEX INTENDED FOR TESTING THE
IMMUNITY OF TELECOMMUNICATION EQUIPMENT AGAINST
DENIAL OF SERVICE NETWORK ATTACKS |
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Authors |
Alexey Agafonov, postgraduate student,
Department of Theoretical Foundations of Radio
Engineering, Institute of Radioelectronics and
Information Technologies,, Ural Federal University
named after first President of Russia B.N. Yeltsin;
620002, Russian Federation, Yekaterinburg, Mira str.,
19. E-mail: avagaf@gmail.com
Nikolay Sinadsky, candidate of technical
sciences, associate Professor, Department of
Theoretical Foundations of Radio Engineering,
Institute of Radioelectronics and Information
Technologies, Ural Federal University named after
first President of Russia B.N. Yeltsin; 620002,
Russian Federation, Yekaterinburg, Mira str., 19.
E-mail: nickis@e1.ru |
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Section |
TECHNICAL METHODS AND MEANS OF SECURITY |
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Issue |
18 |
Page |
4-11 |
index UDC |
004.056 |
index LBC |
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Abstract |
The article describes the structure and operation
principle of the hardware and software complex
intended for testing the immunity of
telecommunication equipment against denial of
service network attacks. Network traffic used for
testing is generated by the model of
telecommunications equipment network environment,
which parameters optimal values are determined by
the genetic algorithm during the testing process.
The article also describes the algorithms used to
calculate characteristics related to the
inter-packets intervals distortion and packet loss
of the test network traffic appears during its
processing. |
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Keywords |
testing, telecommunications equipment,
denial of service, genetic algorithm, complex. |
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