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ITHEA Classification Structure > E. Data  > E.4 CODING AND INFORMATION THEORY 
CLASSIFIER FOR STATIC DETECTION OF COMPUTER VIRUSES, BASED ON MACHINE LEARNING
By: Evgeniy Putin, Adil Timofeev (3119 reads)
Rating: (1.00/10)

Abstract: Original approaches to building a system for detection of computer viruses are discussed in this work. The actuality of developing and implementing an effective classifier for both known and previously unknown viruses (zero-day) is grounded. A general approach to construction of a classifier for static virus detection using machine learning, based on analysis of recent research, is outlined in the paper. The results of new research are presented. The choice of the final aggregation model - Stack classifier - is grounded.

Keywords: classifier, detection, computer viruses, machine learning

ACM Classification: E4. Coding and Information Theory

Link:

КЛАССИФИКАТОР ДЛЯ СТАТИЧЕСКОГО ОБНАРУЖЕНИЯ КОМПЬЮТЕРНЫХ ВИРУСОВ, ОСНОВАННЫЙ НА МАШИННОМ ОБУЧЕНИИ (Classifier for static detection of computer viruses, based on machine learning)

Евгений Путин, Адиль Тимофеев

http://www.foibg.com/ijitk/ijitk-vol08/ijitk08-02-p01.pdf

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E.4 CODING AND INFORMATION THEORY
article: КЛАССИФИКАТОР ДЛЯ СТАТИЧЕСКОГО ОБНАРУЖЕНИЯ КОМПЬЮТЕРНЫХ ВИРУСОВ, ОСНОВАННЫЙ ... · Lossless Tomography Data Compression Method · ИССЛЕДОВАНИЕ И МОДЕЛИРОВАНИЕ НЕЙРОСЕТЕВОГО МЕТОДА ОБНАРУЖЕНИЯ И КЛАССИФИКАЦИИ... · МУЛЬТИАГЕНТНЫЕ ТЕХНОЛОГИИ ИНТЕЛЛЕКТУАЛЬНОГО УПРАВЛЕНИЯ В ТЕЛЕКОММУНИКАЦИОННЫХ СИ · ФРАКТАЛЬНОЕ МОДЕЛИРОВАНИЕ И МНОГОКРИТЕРИА� · ADAPTIVE CODING SCHEME FOR RAPIDLY CHANGING COMMUNICATION CHANNELS · TRANSLITERATION AND LONGEST MATCH STRATEGY · FORMALIZATION OF STRUCTURAL CONSTRAINTS OF RELATIONSHIPS ... ·
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