Introduction to Mobile Network Engineering: GSM, 3G-WCDMA, LTE and the Road to 5G

Mobile networks are more than a succession of standards: they are systems shaped by radio propagation, network architecture, capacity, and the practical demands of keeping people connected. Alexander Kukushkin’s Introduction to Mobile Network Engineering builds that picture step by step, with a strong emphasis on radio access network technology and the principles behind real-world network design and operation.

Starting with cellular concepts and radio behavior, the book follows the evolution from GSM and GPRS/EDGE through UMTS/WCDMA, HSPA, and LTE, then looks toward LTE-Advanced and 5G. It connects the fundamentals to the protocols, procedures, and engineering decisions that distinguish each generation.

From radio fundamentals to cellular planning

Early chapters establish the groundwork: multiple-access schemes, cellular-system design, propagation, fading, mobile radio channels, and radio network planning. Worked examples help put ideas such as link budgets, receiver sensitivity, and capacity into an engineering context.

How mobile-network generations fit together

The central sections examine GSM and packet-data extensions, then progress into UMTS and WCDMA, HSPA, and LTE. Coverage includes system architecture, air-interface layers and channels, signalling, mobility and handover, power control, radio resource management, and network dimensioning. The result is a connected view of how mobile systems operate—not just a glossary of standards and acronyms.

Built for technical study and industry context

The book develops concepts from introductory principles toward more detailed engineering discussion. Its combination of explanations, technical coverage, and worked problems makes it relevant to graduate wireless-engineering students as well as professionals looking for a structured introduction or refresher on mobile-network technologies.

Explore the road toward 5G

Later material turns to LTE-Advanced and developments toward 5G, extending the book’s generational overview beyond established 2G, 3G, and 4G systems. For readers interested in how radio access technology evolves—and how engineering fundamentals continue to matter—this is a substantial guide to the systems behind mobile communication.