Guest Editors
Dr. Shalli Rani, Chitkara University, India.
Dr. Rashid Amin, University of Engineering and Technology, Pakistan.
Dr. Korhan Cengiz, Trakya University, Turkey.
Summary
The portable systems were utilized
exclusively with the end goal of voice calls, and endeavors were made to
enhance the exhibitions. Presently, the information administrations have turned
into a fundamental part of the versatile systems. The improved data services
are the major motivations behind the emergence of the Fifth Generation (5G) and
Sixth Generation (6G) cellular networks. The research community needs to design
better mechanisms in providing integrated intelligence, simplified network
architecture, high bandwidth performance capabilities with on-demand
scalability, and enhanced mobility. In these circumstances, the 5G cellular
network improves user experience and creates a revolution in the networking
environment with an optimized backhaul, converged mobility, and higher
bandwidth services. In addition to these benefits, it also provides a
high-speed data rate, enhanced mobility, and reduced latency. Thus, 5G plays a
vital role in providing a high-speed data rate compared to 3G and 4G networks.
The components of the 5G architecture are User Equipment (UE), Multi-Access
Edge Computing (MEC), Radio Access Network (RAN), Core Network (CN), Evolved
Packet Core (EPC), Network Function Virtualization and the content server. Even
though the current data services have upgraded up to Gigabits per second speed,
the back-end information and network systems still face serious data service
issues. The support for 5G and IoT based services, namely augmented reality,
wearable health devices, mobile M2M, Location-based services, smart cities,
need better algorithms and heterogeneous systems to pleasure the end user.
This Special Issue (SI) focuses on
state-of-the-art success stories in various aspects of Next-Gen Networks and
IoT, supported with Mobile Health Applications, Location Based Data Services
and Heterogeneous Data Communication Solutions from academic and industry
viewpoints. The topic of interest includes but are not limited to the
following:
Topics of Interest
- Heterogeneous Data Communication Paradigm
for IoT Based Networks
- Mobility management in Next-Gen Networks
- Network Virtualization Techniques in IoT
Systems
- Software Defined Networking in IoT
Applications
- Mobile Health applications in IoT Sytems
- Video-Based services in IoT Environments
- Networking backbone architectures for IoT
Systems
- Heterogeneous data synchronization
systems for Next-Gen networks
- Location-based data services for IoT
Applications
- Data management issues in Next-Gen
Networks
Keywords
5G, Edge Computing, 6G, WSN, IoT, M2M
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