Spectrum Selection, Sensing, and Sharing in Cognitive Radio Networks

"Spectrum Selection, Sensing, and Sharing in Cognitive Radio Networks" introduces the readers to a comprehensive idea about the evolution and functionality of Cognitive Radio from a network perspective. The book covers an efficient modeling technique of spectrum occupancy patterns of primary users in licensed bands, substantiating the results based on real-time experiments performed in Boston, MA, USA. The next chapter introduces a new idea for cognitive radio termed as "Spectrum Selection," a concept of preferable selection of spectrum for further spectrum sensing. A separate chapter on application of Hidden Markov Models is discussed for efficient spectrum sensing techniques. Additionally, Game theoretic approaches are illustrated with examples in one chapter for spectrum sharing and coexistence of secondary and primary users in licensed bands. The concept of NC-OFDMA is also introduced as an option for efficient spectrum allocation in coexistence of secondary networks. Finally, the book ends with an invaluable concept on cross-layer architecture for future software defined radio based cognitive radio that are critical to the successful development of commercial products.

Autorentext

Chittabrata Ghosh is a Post Doctoral Researcher in the Electrical Engineering Department at the University of Washington, Seattle, WA. His research interests include Cognitive Radio Networks and Heterogeneous Coexistence in TV White Space. Prof. Agrawal is with Computer Science Department at University of Cincinnati, OH and Director of CDMC Lab.

Klappentext

"Spectrum Selection, Sensing, and Sharing in Cognitive Radio Networks" introduces the readers to a comprehensive idea about the evolution and functionality of Cognitive Radio from a network perspective. The book covers an efficient modeling technique of spectrum occupancy patterns of primary users in licensed bands, substantiating the results based on real-time experiments performed in Boston, MA, USA. The next chapter introduces a new idea for cognitive radio termed as "Spectrum Selection," a concept of preferable selection of spectrum for further spectrum sensing. A separate chapter on application of Hidden Markov Models is discussed for efficient spectrum sensing techniques. Additionally, Game theoretic approaches are illustrated with examples in one chapter for spectrum sharing and coexistence of secondary and primary users in licensed bands. The concept of NC-OFDMA is also introduced as an option for efficient spectrum allocation in coexistence of secondary networks. Finally, the book ends with an invaluable concept on cross-layer architecture for future software defined radio based cognitive radio that are critical to the successful development of commercial products.