Propagation Engineering in Wireless Communications [electronic resource] / by Abdollah Ghasemi, Ali Abedi, Farshid Ghasemi.

By: Ghasemi, Abdollah [author.]Contributor(s): Abedi, Ali [author.] | Ghasemi, Farshid [author.] | SpringerLink (Online service)Material type: TextTextLanguage: English Publisher: New York, NY : Springer New York : Imprint: Springer, 2012Edition: 1Description: XVII, 434p. 176 illus. online resourceContent type: text Media type: computer Carrier type: online resourceISBN: 9781461410775Subject(s): Engineering | Computer network architectures | Microwaves | Telecommunication | Engineering | Communications Engineering, Networks | Computer Systems Organization and Communication Networks | Microwaves, RF and Optical EngineeringAdditional physical formats: Printed edition:: No titleDDC classification: 621.382 LOC classification: TK1-9971Online resources: Click here to access online
Contents:
Ch. 1 Introduction to Radiowaves -- Ch. 2 Basic Principles in Radiowave Propagation -- Ch. 3 Radiowave Propagation in Troposphere -- Ch. 4 Radiowave Propagation in Ionosphere -- Ch. 5 Propagation in 3 KHz to 30 MHz Band -- Ch. 6  Terrestrial Mobile Radio Propagation -- Ch. 7 Line of Sight Propagation -- Ch. 8 Selected Topics in Radiowave Propagation.
In: Springer eBooksSummary: Wireless communications has seen explosive growth in recent decades, in a realm that is both broad and rapidly expanding to include satellite services, navigational aids, remote sensing, telemetering, audio and video broadcasting, high-speed data communications, mobile radio systems and much more. Propagation Engineering in Wireless Communications deals with the basic principles of radiowaves propagation for frequency bands used in radio-communications, offering descriptions of new achievements and newly developed propagation models. The book bridges the gap between theoretical calculations and approaches, and applied procedures needed for advanced radio links design. The primary objective of this two-volume set is to demonstrate the fundamentals, and to introduce propagation phenomena and mechanisms that engineers are likely to encounter in the design and evaluation of radio links of a given type and operating frequency. Volume one covers basic principles, along with tropospheric and ionospheric propagation, MF/HF ionospheric links and mobile and fixed line of sight tropospheric radio communications complete with special topics related to radiowaves propagation in guided media and FSO links. The second volume examines propagation mechanisms related to radar, satellite, short distance, broadcasting and trans-horizon radio links, with two chapters devoted to radio noise and main parameters of radio link design. Each chapter offers an introduction, definitions, basic formulas and expressions, applied relations, calculation procedures, tables, figures, examples, summary, questions and problems related to the chapter topic. Most of the principles discussed here are based on the recommendations of the International Telecommunications Union (ITU). The book presents some 140 illustrations, 20 tables, 80 solved examples, 180 questions and 140 problems, along with acronyms and appendices.
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Ch. 1 Introduction to Radiowaves -- Ch. 2 Basic Principles in Radiowave Propagation -- Ch. 3 Radiowave Propagation in Troposphere -- Ch. 4 Radiowave Propagation in Ionosphere -- Ch. 5 Propagation in 3 KHz to 30 MHz Band -- Ch. 6  Terrestrial Mobile Radio Propagation -- Ch. 7 Line of Sight Propagation -- Ch. 8 Selected Topics in Radiowave Propagation.

Wireless communications has seen explosive growth in recent decades, in a realm that is both broad and rapidly expanding to include satellite services, navigational aids, remote sensing, telemetering, audio and video broadcasting, high-speed data communications, mobile radio systems and much more. Propagation Engineering in Wireless Communications deals with the basic principles of radiowaves propagation for frequency bands used in radio-communications, offering descriptions of new achievements and newly developed propagation models. The book bridges the gap between theoretical calculations and approaches, and applied procedures needed for advanced radio links design. The primary objective of this two-volume set is to demonstrate the fundamentals, and to introduce propagation phenomena and mechanisms that engineers are likely to encounter in the design and evaluation of radio links of a given type and operating frequency. Volume one covers basic principles, along with tropospheric and ionospheric propagation, MF/HF ionospheric links and mobile and fixed line of sight tropospheric radio communications complete with special topics related to radiowaves propagation in guided media and FSO links. The second volume examines propagation mechanisms related to radar, satellite, short distance, broadcasting and trans-horizon radio links, with two chapters devoted to radio noise and main parameters of radio link design. Each chapter offers an introduction, definitions, basic formulas and expressions, applied relations, calculation procedures, tables, figures, examples, summary, questions and problems related to the chapter topic. Most of the principles discussed here are based on the recommendations of the International Telecommunications Union (ITU). The book presents some 140 illustrations, 20 tables, 80 solved examples, 180 questions and 140 problems, along with acronyms and appendices.

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