Benefiting from the real-time processing ability of edge computing, computing tasks
requested by smart devices in the Internet of Things are offloaded to edge computing …

The reliability of Internet of Things (IoT) connected devices is heavily dependent on the
security model employed to protect user data and prevent devices from engaging in …

The need for cyber resilience is increasingly important in our technology-dependent society
where computing devices and data have been, and will continue to be, the target of cyber …

To ensure the security of Internet of Things (IoT) communications, one can use deep packet
inspection (DPI) on network middleboxes to detect and mitigate anomalies and suspicious …

As the size and source of network traffic increase, so does the challenge of monitoring and
analyzing network traffic. The challenging problems of classifying encrypted traffic are the …

Although many network traffic protection methods have been developed to protect user
privacy, encrypted traffic can still reveal sensitive user information with sophisticated …

The development of the Internet has led to the complexity of network encrypted traffic.
Identifying the specific classes of network encryption traffic is an important part of …

To protect user privacy (eg, IP address and sensitive data in a packet), many traffic
protection methods, like traffic obfuscation and encryption technologies, are introduced …

The proliferation of Distributed Denial of Service (DDoS) attacks in Internet of Things (IoT)
not only threatens the security of digital devices and infrastructure but also severely …

There is a continuous increase in the sophistication that modern malware exercise in order
to bypass the deployed security mechanisms. A typical approach to evade the identification …