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5G AND FUTURE NETWORKS

Description

The architecture of the 5G network system will need to be able to support several telecommunications services, each of which has its own key performance indicator (KPI) and the possibility of infrastructure sharing. This is necessary in order for the system to retain high performance and scalability. In addition, operators may be able to bring new and novel business models to the table with 5G in order to connect with customers, organizations, verticals, and second-party tenants. This would be a really interesting new possibility for operators to take advantage of. Consequently, the stated aims and requirements of the NGMN’s design serve as the foundation for the architecture of network slicing. Comprehensive information on the mobile network architectural perspective is available for the projects that are part of the 5G PPP Phase 1 initiative. The 5G-MoNArch reference functional architecture is constructed on the synergy that exists between the two initiatives, which is ultimately advantageous to both of them. The reference design has the potential to be expanded upon by further architectural extensions that are based on advancements to the 5G-MoNArch architecture. It is possible to provide a concise synopsis of the communications environment that is intended. This section also provides specific information on the newly established roles and relationships that exist inside the organization. A unified viewpoint and set of conclusions about the overall design have been generated by the 5G design Working Group (WG) [5GARCH16-WPv2] as part of the activities that are being carried out as part of the 5G PPP Phase 1 activities. Despite the fact that these attempts have established a solid foundation for the 5G system, there are still gaps that need to be addressed in order for 5G to reach its promise in terms of satisfying a broad variety of service needs and allowing new sorts of enterprises, which are also referred to as vertical industries. An end-to-end (E2E) network slicing architecture is the foundation upon which the 5GS communication system is constructed. This architecture encompasses many network domains, including core and radio access networks. Within the framework of this configuration, the physical infrastructure is distributed over a multitude of logical networks, which represent a variety of business tasks. In order for the planned advancements to be successful, it is necessary for them to possess an E2E network slicing capability that is fundamental to the 5GS. This is only one of the many goals that the 5G-MoNArch project intends to accomplish in the days and years to come.

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Dr. V. Srikanth working Currently as Associate Professor at Department of Computer Science, GITAM School of Science, GITAM( Deemed to be University),Visakhapatnam ,Andhra Pradesh from 12 th March 2025 to till date .Having around 24 Plus years of Teaching Experience and good at Subjects like Cloud Computing, Machine Learning, DBMS, Data Mining, Computer Networks etc. Have Published more than 15 Papers in reputed Scopus Indexed Journals, Published quite a few Patents around 7 and Published around 5 Books too.

Dr. Upasna Joshi is an Assistant Professor in the Department of Computer Science and Engineering at Delhi technical Campus, Greater Noida. She has made significant contributions to the Artificial Intelligence and WSNs through her research and scholarly publications. Her work primarily focuses on Wireless Sensor Networks, Deep Learning and Artificial Intelligence. She has authored numerous research papers in reputed national and international journals and conferences. Dr. Joshi has published extensively in SCOPUS, SCI, and IEEE-indexed journals also authored book chapters contributing groundbreaking research that addresses contemporary challenges in computer science. Beyond her publications, Dr. Joshi actively participates in academic conferences, serving as a reviewer and editorial board member for esteemed journals. Through her research, teaching, and mentorship, she continues to inspire and guide aspiring scholars in the field.

Prof (Dr) Ihtiram Raza Khan is working as senior academician at Jamia Hamdard, Delhi, He has over 26 years of rich experience and has done PhD in the field of software engineering and neural networks. His research areas are Software engineering, Computer Graphics, Machine and Deep learning, Big data, Analytics, Cyber security and IOT. He has been actively involved in training and placement activities as Head and has offered consultancies to 15+ companies. He has over 45 International and Indian patents and copyrights against his name. He has written over 24 books and 30 book chapters.

Has 175+ research papers in SCI/Scopus/Springer and peer reviewed journals. He has so far been involved with 100+ Invited talks and 50+ keynote addresses. He is a famous International speaker. He is CO PI in two Saudi Arabia projects and has several programs on Door darshan and Akash Vani. He is associate editor at International Journal of End-User Computing and Development (IJEUCD) and reviewer at Springer Nature and International Journal of Engineering Research and Technology (IJERT). He is a senior member of IEEE, CSI and ISTE.

Deepak Kumar Nayak has obtained his degree A.M.I.E in Electronics and communication Engineering from Institution of Engineers (India) in the year 2002, the M.E degree in applied electronics from Anna University in the year 2005, and the PH. D degree in faculty of information and communication Engineering from Anna University, Chennai in the year 2012. He has worked as a lecturer in Electronics and communication Engineering, Aalim Muhammed Saleh college of Engineering, Chennai from August 2005 to May 2016. He has also worked as an Associate professor in Electronics and communication Engineering, Dhana Lakshmi college of Engineering, Chennai and Koneru Lakshmaiah Education Foundation, formerly K L University, Guntur. Presently he is a professor in Department of Electronics and Communication Engineering, Budge Budge Institute of Technology, Kolkata. He published more than 40 journal publications, 20 conference proceedings, 6 book chapters and 4 patents in his credit. His research interests include DC/DC converter, Design of broadband Antenna, Design of solar and RF energy harvesting circuit, wireless 4G/5G cellular standards and OFDM channel estimation.

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