This paper proposes a security integration model of mobile intelligent private data for edge
computing. According to the characteristics of the heterogeneous network of edge …

Computational task offloading at the mobile edge servers is a promising strategy to reduce
latency and energy consumption in 5G wireless networks. In this paper, we study the …

With the development of Internet of Things, the mobile edge computing has become a
promising technology for real-time communications. This paper investigates a mobile edge …

With the rapid integration and wide application of the enterprise Internet of Things, big data
and 5G-class large networks, traditional enterprise cloud computing systems cannot timely …

Beyond 5G networks integrating 5G technology offer efficient services globally with
sustainable higher capacity and much lower latency across various applications. Moving …

Edge computing extends the cloud computing paradigm to the edge of the network to offset
the shortcomings of traditional cloud computing in mobile support, low delay, and location …

In the process of implementing the Internet of Things, the object itself has identity information
and identification equipment and encounters difficulties in communication security during …

For the past few years, the security of data transmission links has been increasingly valued.
However, with the increasing requirements for the security performance of data transmission …

With the development of 5G and the explosive growth of massive Internet of Health Things
devices, existing computing resource allocation strategies have many problems such as …

Mobile edge computing (MEC) enables the caching of various services close to users,
thereby reducing service delay for emerging applications. However, realizing efficient and …