The number of mobile users has exponentially grown over the past years, and these users
have the desire of always being connected wirelessly at any time anywhere, to the best …

The growing demand of always being connected and reachable anywhere, at any time has
led to the continuous progression of various mobile devices/mobile nodes (MNs) and radio …

Current and future wireless network architectures consist of several access technologies to
support numerous traffic types and enable mobile devices to be connected anytime …

Amalgamation of mmWave and LTE sub-6 provides an advantage in enhancing the
reliability, communication bandwidth and optimized coverage of intelligent network and its …

In heterogeneous networks, vertical handover decision is a significant issue due to
increasing demand of customers to access various service features among them. In order to …

Moving to the next generations of mobile networks means to deal with multi-heterogeneous
network dense deployment as there will be no single network type capable of meeting all the …

Next generation mobile network provides higher bandwidths to the mobile users using
heterogeneous wireless access techniques. However, when mobile node is moving from the …

The next-generation wireless networks should be interoperable with other communication
technologies to offer the best connectivity to the users. But providing such interworking is a …

Heterogeneous networks (hetnets) are the key components for the deployed wireless
communication systems. In this era, while we are trying to achieve the highest possible data …

Integrating LTE sub-6 GHz and millimeter wave (mmWave) bands brings great benefit in
increasing communication bandwidth, reliability, and better coverage of future smart …