Mobile edge computing sinks computing and storage capabilities to the edge of the network
to provide reliable and low-latency services. However, the mobility of users and the limited …

Massive map data transmission and the strict demand for the privacy of high-precision maps
have brought significant challenges to the cache of high-precision maps in intelligent …

The emergence of mobile edge computing can provide technical support for the
development of Internet services and for coping with massive data traffic, thereby reducing …

Computation-intensive and time-delay-sensitive tasks show explosive growth, which makes
mobile user devices put forward higher requirements for such tasks. Mobile user devices are …

With the rapid development of the Internet and the explosive growth of network applications,
traditional computer networks have ushered in unprecedented challenges and …

Massive data generated by connected smart devices, particularly in distributed computer
networks, contributed to the large network traffic burden caused by the ever-increasing use …

With the dramatic increase in internet users and their demand for real-time network
performance, Spark has distributed computing environment has emerged. It is widely used …

To solve the problem of multi-SDN controller load balancing, a low-latency controller load
balancing switch migration algorithm is proposed, and a load balancing framework …

With the increase in the use of compute-intensive applications, the demand to continuously
boost the efficiency of data processing increases. Offloading the compute-intensive …

With the rapid advancement of communication technology in the Internet of Things, a slew of
new technologies and applications, such as virtual reality and augmented reality, are …