Intelligent, Secure, and Dependable Systems in Distributed and Cloud Environments

Produktbeschreibung

Holistic model for HTTP botnet detection based on DNS traffic analysis.- Detecting broad length algorithmically generated domains.- Secure cloud computing: multithreaded fully homomorphic encryption for legal metrology.- Detecting command and control channel of botnets in clouds.- An experimental framework for investigating security and privacy of IoT devices.- Dynamic cypher for enhanced cryptography and communication for Internet of Things.- An inter-device authentication scheme for smart homes using one-time-password over infrared channel.- Detection and prevention of blackhole attacks in wireless sensor networks.- Detection of online fake news using N-gram analysis and machine learning techniques.- Security protocol of social payment apps.- Spectral-spatial classification of hyperspectral imagery using support vector and Fuzzy-MRF.- Infant monitoring system using wearable sensors based on blood oxygen saturation.- Network behavioral analysis for zero-day malware detection. Network Behavioral Analysis for Zero-day Malware Detection. 

Inhaltsverzeichnis

Holistic model for HTTP botnet detection based on DNS traffic analysis.- Detecting broad length algorithmically generated domains.- Secure cloud computing: multithreaded fully homomorphic encryption for legal metrology.- Detecting command and control channel of botnets in clouds.- An experimental framework for investigating security and privacy of IoT devices.- Dynamic cypher for enhanced cryptography and communication for Internet of Things.- An inter-device authentication scheme for smart homes using one-time-password over infrared channel.- Detection and prevention of blackhole attacks in wireless sensor networks.- Detection of online fake news using N-gram analysis and machine learning techniques.- Security protocol of social payment apps.- Spectral-spatial classification of hyperspectral imagery using support vector and Fuzzy-MRF.- Infant monitoring system using wearable sensors based on blood oxygen saturation.- Network behavioral analysis for zero-day malware detection. Network Behavioral Analysis for Zero-day Malware Detection.