+612 9045 4394
 
CHECKOUT
Cell Planning for Wireless Communications : Mobile Communications Library - Manuel F. Catedra

Cell Planning for Wireless Communications

Mobile Communications Library

Hardcover

Published: 28th February 1999
Ships: 7 to 10 business days
7 to 10 business days
RRP $334.99
$232.25
31%
OFF
or 4 easy payments of $58.06 with Learn more

This text surveys the principle tools used in the planning of micro/pico cellular systems for personal communication networks. It offers readers an accurate analysis of radio propagation in cellular networks using the proven techniques described in this book, and explores how to use specific computer codes to perform a reliable analysis of the major apsects of micro/pico cellular design including propagation, fading estimation, mutual interference, cell geometry, teletraffic, and channel allocation. The text also explores how to improve the design of microcellular network systems by combining propagation models with topographical/morphological databases and ray-tracing acceleration techniques. The authors explain physical optic, geometric optic and the uniform theory of diffraction for the analysis of propagation in complex urban or indoor scenarios. Also included are computer models and applications to PCS planning, a tutorial presentation of the application of UTD to wireless problems and ray-tracing algorithms.

Prefacep. xi
Introductionp. 1
Cells, Microcells, and Picocellsp. 1
Book Structurep. 4
Referencesp. 6
Review of GTD/UTD and Physical Optics Techniquesp. 7
GTD/UTD Approachp. 8
Direct Fieldp. 11
Reflected Fieldp. 12
Edge-Diffracted Fieldp. 17
Transmitted Fieldp. 22
Multiple Effectsp. 25
Validation of GTD/UTD Modelsp. 26
Application of GTD/UTD on SemiDeterministic Modelsp. 38
Physical Opticsp. 45
Application of Physical Optics in Semi-Deterministic Propagation Models: Multiple Knife-Edge Diffractionp. 45
Application of Physical Optics in Deterministic Propagation Models: Scattering Fieldp. 46
Referencesp. 49
Vector Transformationsp. 52
Vector Transformations Between Rectangular and Spherical Coordinate Systemsp. 52
Vector Transformations Between Rectangular Coordinate Systemsp. 54
Vector Transformations Between Spherical Coordinate Systemsp. 55
Fresnel Transition Functionp. 56
Ray-Tracing Techniquesp. 57
Geometrical and Morphological Modelsp. 57
Geometric Descriptionp. 57
Morphological Modelsp. 58
Faceted Modelsp. 59
Rationale for Ray-Tracing: The Shadowing Problemp. 63
Ray Propagation Modelsp. 67
The Shooting and Bouncing Rays Methodp. 68
Image Methodp. 72
Ray-Tracing Acceleration Techniquesp. 77
The Binary Space Partitioning Algorithmp. 78
The Space Volumetric Partitioning Algorithmp. 85
The Angular Z-Buffer Algorithmp. 86
Rigorous Determination of Diffraction Pointsp. 95
Rigorous Ray-Facet Intersection Algorithmsp. 97
Ray Intersection Algorithms With Arbitrary 3D Facetsp. 97
Ray Intersection Algorithms With Particular 3D Facetsp. 102
Referencesp. 103
Normal Vector of an Arbitrary Facetp. 105
Backface Cullingp. 105
Calculation of the Diffraction Point in an Arbitrarily Orientated Straight Edgep. 106
Empirical and Semiempirical Pathloss Modelsp. 109
Path Lossp. 110
Classification of the Propagation Modelsp. 111
Macrocell Propagation Modelsp. 113
Allsebrook Modelp. 113
Okumura-Hata Modelp. 114
COST 231-Hata Modelp. 115
Lee Modelp. 115
Ibrahim and Parsons Modelsp. 116
McGeehan and Griffiths Modelp. 117
Atefi and Parsons Modelp. 117
Sakagami-Kuboi Modelp. 117
Ikegami Modelp. 118
Walfisch and Bertoni Modelp. 119
Xia and Bertoni Modelp. 120
COST 231-Walfisch-Ikegami Modelp. 121
Other Models Based on the Diffracting Screens Layoutp. 123
Microcell Propagation Modelsp. 123
Two-Ray Modelp. 123
Multiple-Ray Modelsp. 125
Multiple-Slit Waveguide Modelp. 125
Uni-Lund Modelp. 126
Indoor Propagation Modelsp. 127
Log-Distance Path Loss Modelp. 127
Attenuation Factor Modelsp. 127
Keenan-Motley Modelp. 128
Multiple-Wall Modelp. 129
Referencesp. 129
Estimation of Radio Channel Parameters From Results of GTD/UTD Modelsp. 133
Introductionp. 133
Transfer Functions Computations Using GTD/UTD Deterministic Modelsp. 134
Impulse Response Model for Passband Systemsp. 136
Computation of the Baseband Impulse Functions From the Transfer Functionsp. 140
Channel Statistic Analysisp. 145
Rayleigh's Casep. 146
Rice's Casep. 148
Referencesp. 149
Microcellular Design and Channel Allocationp. 151
Introductionp. 151
Microcellular Design Terminologyp. 152
Historic Evolution of Cell Planningp. 154
Cell Design Objectivesp. 156
Design of the Geometry of the Cellular Systemsp. 158
Analysis of the Compatibility Matrices for Some Microcellular Systemsp. 169
Fixed-Channel Assignment in Microcellular Systemsp. 173
Dynamic-Channel Assignment in Microcellular Systemsp. 178
Referencesp. 182
Demand Vector Computationp. 185
Interference Matrix Computationp. 186
Computation of MI(M,N) Without Power Controlp. 187
Diagonal Terms IM(M,M)p. 187
Arbitrary Terms IM(M,N), M [not equal] Np. 187
Computation of IM(M,N) With Power Controlp. 187
Diagonal Terms IM(M,M)p. 187
Arbitrary Term IM(M,N), M [not equal] N Computation With Power Controlp. 188
Compatibility Matrix Computationp. 189
About the Authorsp. 191
Indexp. 193
Table of Contents provided by Syndetics. All Rights Reserved.

ISBN: 9780890066010
ISBN-10: 0890066019
Series: Mobile Communications Library
Audience: Professional
Format: Hardcover
Language: English
Number Of Pages: 216
Published: 28th February 1999
Publisher: Artech House Publishers
Country of Publication: US
Dimensions (cm): 23.4 x 15.6  x 1.4
Weight (kg): 0.48