Institution of Electrical Engineers, 2003. - 753 pages.
This exceptional text introduces the reader to the theory and basis of antennas and propagation in the rapidly developing field of mobile communications. Topics covered include basic multipath mechanisms and propagation, propagation modeling, and more.
Contents:
Background and Introduction to Mobile Communications.
Multipath Propagation in Mobile Communications.
Basic Multipath Mechanisms.
Propagation Modelling.
Short–Term Channel Behaviour From the Two–Path Model.
Short–Term Behaviour of Many–Path Models and Scenarios.
Aspects of Simulation and Measurement.
Antenna Principles.
Array Antennas in a Multipath Environment.
Appendix A: Field Strength and Path Loss.
Appendix B: Basic Statistics for Mobile Communications.
Appendix C: Gaussian–Derived Distributions in Mobile Communications.
Appendix D: Fresnel Zones.
Appendix E: Group Delay Equivalence in the Time and Frequency Domains.
This exceptional text introduces the reader to the theory and basis of antennas and propagation in the rapidly developing field of mobile communications. Topics covered include basic multipath mechanisms and propagation, propagation modeling, and more.
Contents:
Background and Introduction to Mobile Communications.
Multipath Propagation in Mobile Communications.
Basic Multipath Mechanisms.
Propagation Modelling.
Short–Term Channel Behaviour From the Two–Path Model.
Short–Term Behaviour of Many–Path Models and Scenarios.
Aspects of Simulation and Measurement.
Antenna Principles.
Array Antennas in a Multipath Environment.
Appendix A: Field Strength and Path Loss.
Appendix B: Basic Statistics for Mobile Communications.
Appendix C: Gaussian–Derived Distributions in Mobile Communications.
Appendix D: Fresnel Zones.
Appendix E: Group Delay Equivalence in the Time and Frequency Domains.