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Showing 1 to 8 of 8 for “"Malware classification"”.

  1. Machine learning approaches for malware classification based on hybrid artefacts

    Malware could be developed and transformed into various forms to deceive users and evade antivirus and security endpoint detection. Furthermore, if one machine in the network is compromised, it could be used for lateral movement--when malware spreads stealthily without sending an alarm to …

    waikato-masters Repository record for Machine learning approaches for malware classification based on hybrid artefacts (opens in a new tab)

  2. Performance of Malware Classification on Machine Learning using Feature Selection

    <p>The exponential growth of malware has created a significant threat in our daily lives, which heavily rely on computers running all kinds of software. Malware writers create malicious software by creating new variants, new innovations, new infections and more obfuscated malware by using …

    kennesaw Repository record for Performance of Malware Classification on Machine Learning using Feature Selection (opens in a new tab)

  3. A Malware Classification Method Based on the Multi-Layer Feature Fusion of Malware Image Representations and Opcode Markov Images

    As the threat of malware to information security becomes increasingly severe, the study of efficient malware classification methods has become more urgent. This paper proposes a multilayer malware classification method based on the fusion of image representation and opcode features. By integrating …

    uwtsd Repository record for A Malware Classification Method Based on the Multi-Layer Feature Fusion of Malware Image Representations and Opcode Markov Images (opens in a new tab)

  4. An evaluation of the robustness of the natural-adversarial mutual information-based defense and malware classification against adversarial attacks for deep learning

    … daily life. ML systems are being used to detect malware, control autonomous vehicles, classify images, assist with medical diagnosis, and block internet ads with high precision. Although the use of these ML systems has become widespread in our society, there is the potential for systems used in …

    utc Repository record for An evaluation of the robustness of the natural-adversarial mutual information-based defense and malware classification against adversarial attacks for deep learning (opens in a new tab)

  5. Malware Image Classification using Machine Learning with Local Binary Pattern

    <p>Malware classification is a critical part in the cybersecurity.</p> <p>Traditional methodologies for the malware classification</p> <p>typically use static analysis and dynamic analysis to identify malware.</p> <p>In this paper, a malware classification methodology based</p> <p>on its binary …

    kennesaw Repository record for Malware Image Classification using Machine Learning with Local Binary Pattern (opens in a new tab)

  6. Integrating Multiple Data Views for Improved Malware Analysis

    Malicious software (malware) has become a prominent fixture in computing. There have been many methods developed over the years to combat the spread of malware, but these methods have inevitably been met with countermeasures. For instance, signature-based malware detection gave rise to polymorphic …

    unm Repository record for Integrating Multiple Data Views for Improved Malware Analysis (opens in a new tab)

  7. Feature Selection and Improving Classification Performance for Malware Detection

    … on machine learning algorithms for detecting malware. However, these methods require significant amount of extracted features for correct malware classification, making that feature extraction, training, and testing take significant time; even more, it has been unexplored which are the most …

    kennesaw Repository record for Feature Selection and Improving Classification Performance for Malware Detection (opens in a new tab)

  8. Improving the effectiveness and efficiency of dynamic malware analysis using machine learning

    The malware threat landscape is constantly evolving, with upwards of one million new variants being released every day. Traditional approaches for detecting and classifying malware usually contain brittle handcrafted heuristics that quickly become outdated and can be exploited by nefarious actors. …

    udel Repository record for Improving the effectiveness and efficiency of dynamic malware analysis using machine learning (opens in a new tab)