In this paper, we present an efficient handoff decision strategy and a mobility state detection
(MSD) scheme for heterogeneous networks (HetNets). Due to base station (BS) …

The handover authentication protocol plays an important role in mobile wireless networks
where mobile devices often need to securely and seamlessly roam among different access …

In the wake of the extensive application of the fourth generation system, investigations of
new technologies have been moving ahead vigorously to embrace the next generation …

5G is a new paradigm that brings new technologies to overcome the challenges of the next-
generation wireless mobile network. Also, 5G is expected to supply fastest, most reliable …

The forthcoming fifth generation (5G) wireless network is envisioned as highly
heterogeneous that can support future applications demanding seamless coverage, low …

Conventional authentication mechanisms routinely used for validating communication
devices are facing significant challenges. This is mainly due to their reliance on …

The fifth generation (5G) cellular network provides users with high-quality services due to its
high transmission rate and low latency. It will support Internet of Things (IoT) devices and …

In a 5G network‐sliced environment, mobility management introduces a new form of
handover called inter‐slice handover among network slices. Users can change their slices …

随着移动通信技术的快速发展和第5 代移动通信(5G) 网络的商用, 网络空间安全问题日益凸显.
该文针对5G 网络空间安全中对抗博弈问题进行探讨, 从静态博弈, 动态博弈 …

移动互联业务的持H 增长K 及物联网等各类通信应用的广泛普及对移动通信%
统的功能和性能提i 了新的d 战. 第5 代(5G) 移动通信% 统基于对已有通信技木的融合及演进 …