ANTRF
2013-04-30, 08:26 PM
Propagation Engineering in Radio Links Design
Abdollah Ghasemi....
ED. 2013
This book has been prepared as a complementary volume to the book Propagation
Engineering in Wireless Communications, A. Ghasemi et al., Springer, 2012.
Already posted by our friend Zeuscane in the Forum.
It is strongly recommended to consider both volumes for a full course on radiowave
propagation.
To use the book in an efficient manner, the following points should be taken into
account:
1. The primary objective of the book is to introduce the propagation phenomena
and mechanisms likely to be encountered practically and to present fundamental
principles. It serves to introduce and orient the reader to those aspects of
propagation that must be considered in the design and evaluation of a radio link
of a given type and operating frequency.
2. The content of the book along with those presented in the book Propagation
Engineering in Wireless Communications, A. Ghasemi et al., Springer,
2012 covers most topics required for academic or applied courses regarding
radiowave propagation. For a better understanding the reader is required to
have a good background of advanced and appliedmathematics, electromagnetic
theory, and principles of radio fields and waves.
3. Some parts of the book are based on the studies conducted by radio sector of
ITU, presented through series-P of ITU-R recommendations, which have been
revised in accordance with new achievements in the existing fields or newly
developed radio services.
4. A great effort has been made to clarify obscure points and improve existing gaps
between pure theoretical approaches and practical procedures. The reader must
look elsewhere for more details of the theory of radiowave propagation and
analysis of phenomena such as reflection, refraction, diffraction, absorption,
attenuation, precipitation, focusing/defocusing, fading, scintillation, scattering,
dispersion, and depolarization.
5. The aim throughout the book is to give the simplest and most direct account of
the applied procedures. There are over 110 solved examples distributed in this
volume to encourage students and experts to use the relevant procedures and
basic principles by themselves.
6. Full content of the Radiowave Propagation Engineering has been organized in
two volumes containing totally 17 chapters. The first one includes basic principles,
tropospheric and ionospheric propagation, MF/HF ionospheric links, and
mobile and fixed line of sight tropospheric propagation. The second volume
deals with propagation mechanisms related to radar, satellite, short distance,
broadcasting, and trans-horizon radio links complete with two chapters dedicated
to radio noises and main parameters of radio link design..........................
The link:
http://www.4shared.com/rar/-jeVNrOK/Propagation_Engineering_in_Rad.html
B.R.
ANTRF
Abdollah Ghasemi....
ED. 2013
This book has been prepared as a complementary volume to the book Propagation
Engineering in Wireless Communications, A. Ghasemi et al., Springer, 2012.
Already posted by our friend Zeuscane in the Forum.
It is strongly recommended to consider both volumes for a full course on radiowave
propagation.
To use the book in an efficient manner, the following points should be taken into
account:
1. The primary objective of the book is to introduce the propagation phenomena
and mechanisms likely to be encountered practically and to present fundamental
principles. It serves to introduce and orient the reader to those aspects of
propagation that must be considered in the design and evaluation of a radio link
of a given type and operating frequency.
2. The content of the book along with those presented in the book Propagation
Engineering in Wireless Communications, A. Ghasemi et al., Springer,
2012 covers most topics required for academic or applied courses regarding
radiowave propagation. For a better understanding the reader is required to
have a good background of advanced and appliedmathematics, electromagnetic
theory, and principles of radio fields and waves.
3. Some parts of the book are based on the studies conducted by radio sector of
ITU, presented through series-P of ITU-R recommendations, which have been
revised in accordance with new achievements in the existing fields or newly
developed radio services.
4. A great effort has been made to clarify obscure points and improve existing gaps
between pure theoretical approaches and practical procedures. The reader must
look elsewhere for more details of the theory of radiowave propagation and
analysis of phenomena such as reflection, refraction, diffraction, absorption,
attenuation, precipitation, focusing/defocusing, fading, scintillation, scattering,
dispersion, and depolarization.
5. The aim throughout the book is to give the simplest and most direct account of
the applied procedures. There are over 110 solved examples distributed in this
volume to encourage students and experts to use the relevant procedures and
basic principles by themselves.
6. Full content of the Radiowave Propagation Engineering has been organized in
two volumes containing totally 17 chapters. The first one includes basic principles,
tropospheric and ionospheric propagation, MF/HF ionospheric links, and
mobile and fixed line of sight tropospheric propagation. The second volume
deals with propagation mechanisms related to radar, satellite, short distance,
broadcasting, and trans-horizon radio links complete with two chapters dedicated
to radio noises and main parameters of radio link design..........................
The link:
http://www.4shared.com/rar/-jeVNrOK/Propagation_Engineering_in_Rad.html
B.R.
ANTRF