Application of Network Function Virtualization in Modern Computer Environments - by Zivko Bojovic (Hardcover)

About the Book

A practical blend of theoretical considerations and practical NFV implementation in modern computer environments. A valuable resource for students, engineers, and researchers

Book Synopsis

The Internet's exponential growth is driven by the development and emergence of advanced technologies, attended by a flood of new services. The maturity of these technologies is a decisive factor in the progress of the entire telecom industry, leading to a profound transformation of computer networks from traditional, hardware-centric functions to flexible, software-based solutions. Network function virtualization (NFV), together with software-defined networking (SDN) and cloud computing, are not just key enablers, but they are the basis of more programmable networks that are able to adapt to the evolving requirements of diverse customers, ensuring a promising future for the Internet. This future implies the efficient collaboration of different software components, with the aim of improving flexibility, scalability, and the overall agility of the network. Numerous researchers and professionals today focus their research on finding solutions for the resource, service, security, and other orchestration types and further automation of the processes.

The monograph focuses on the following contents:

Shortcomings in traditional networks and the primary motives and benefits of NFV implementation in network infrastructureFundamentals and the key components of the ETSI NFV frameworkThe virtualization techniques and their application in modern computing environments, with an accent on the characteristics and functionality of virtual entities (virtual machines and containers)Containerization technology - creation, characteristics of various containers, and their orchestration and usage of the Kubernetes platform for the management of containerized workloads and servicesThe basic principles of NFV-based network design and the path for migration from traditional to NFV-based architectureSDN technology, including architecture, protocols, use cases, and integration with NFV in modern networksThe role of virtualization in the clouds' architectures, types, and delivery modelsKey service chaining strategies and standardized architecture for SFC deployment and SDN/NFV-based architecture for SFC deploymentThe key principles of network slicing in networks with implemented NFV and SDN

The monograph offers a practical blend of theoretical considerations and practical NFV implementation in modern computer environments. It is a valuable resource for students, engineers, and researchers looking for a comprehensive guide to further network softwarization and building a highly programmable, scalable, and software-based network infrastructure

About the Author

Zivko Bojovic, born in 1967 in Pec, has had a serious journey in the field of computer communications. He completed his primary and secondary education in his hometown before pursuing higher education at the Universities of Pristina, Belgrade, and Novi Sad. In 2011, he obtained his doctorate in computer communications, marking a significant milestone in his academic journey. During his career, Professor Bojovic has held important roles in prominent organizations. Notably, he played a pivotal role as the main organizer of the information system at BK Group from 1992 to 1994. Subsequently, he contributed greatly to the telecommunications sector as a director and engineer at 'Telekom Srbija a.d.' from January 1995 to December 2014. Professor Bojovic's influence in the academic sphere has been significant and emphasizes his commitment to advancing the field of computer communications. His career progression is a clear reflection of his continuous professional growth. He was appointed as an assistant professor at the Faculty of Technical Sciences, University of Novi Sad, in January 2015, a role that allowed him to share his knowledge and passion with students. His subsequent promotion to associate professor at the Department of Telecommunications and Signal Processing five years later further underscored his dedication and contributions to the field.