The increasing popularity and prevalence of Internet of Things (IoT) applications have led to the widespread use of IoT devices.These devices gather information from their environment and send it across a network.IoT devices are unreliable due to their susceptibility to defect that arise intentionally or spontaneously.IoT devices must be dependable
The thought of al-Ghazali as outlined in Tahafut al-Falasifah has been a controversy for centuries and even today it has become a debate mainly related to the view of al-Ghazali who deconstructed the building of philosophy welspun spaces double bedsheet in Islam resulting in old wounds.In the end, various negative stigmas directed at al-Ghazali.How
IoT devices are exponentially increasing in all aspects of our lives.Via the web interfaces of IoT devices, attackers can control IoT devices by good news candy exploiting their vulnerabilities.In order to guarantee IoT security, testing these IoT devices to detect vulnerabilities is very important.In this work, we present FirmHunter, an automated
Hepatitis C virus (HCV) has a short replication time, high mutation rates and large population sizes, all of which make it an excellent experimental model for evolution studies, because evolution can be visualized in real-time.In this review, we discuss the implications to study HCV evolution at the interpatient and intrapatient levels of infection